A value analysis of longitudinal integrated clerkships: consideration of costs and benefits.

Longitudinal Integrated Clerkships (LICs) prioritise longitudinal relationships with faculty, patients, and place. Research shows that LICs benefit students and faculty, but most medical schools have limited LIC programmes. This is likely due to perceptions that LICs are more costly and complex than traditional block rotations (TBRs). The perceived cost versus evidence-based value related to clerkship education has not been examined in detail. Until recently, no 'All-LIC' medical school exemplars existed in the US, limiting the value of this model as well as the ability to examine relative cost and complexity. In this paper, we draw on our experience launching three 'All-LIC' medical schools in the United States - schools in which the entire clerkship class participates in a comprehensive clerkship-year LIC. We propose that the known benefits of LICs coupled with cost-mitigation strategies related to running an 'All LIC' model for core clinical clerkships, rather than block and LIC models simultaneously, results in a higher value for medical schools.

Characterization of Distinctive Teaching Practices in Longitudinal Integrated Clerkships: Perspectives From Students and Faculty.

Phenomenon: Longitudinal integrated clerkships (LICs) are novel curricula that place medical students in long-term learning and coaching relationships with faculty and require adaptation of teaching practices on the behalf of faculty to maximize learning outcomes. An understanding of how teaching in an LIC model differs from teaching trainees in more traditional models is critical to ensuring curricular innovation success through faculty development. Approach: A qualitative approach was used to describe the teaching practices of faculty and learning experiences of student participants in longitudinal integrated clerkships in different clinical and community settings. Forty-five faculty and 20 students participated in focus groups. Thematic analysis of focus group data was used to identify differences and similarities between groups, sites, and specialties. Findings: Two groupings of themes emerged in thematic analysis: (1) precepting strategies distinctive to the longitudinal integrated clerkship model and (2) precepting strategies enhanced when employed in the LIC model. Distinct to the LIC model, preceptors and students described the importance of understanding the curricular structure and supporting students in longitudinal care of patients. Enhanced in the LIC model are the strategies of relationship-based teaching, support of autonomy, feedback, and support of longitudinal growth in skills. Insights: Students and faculty across LIC sites were broadly aligned in their opinions of best practices for teaching in an LIC model. The longitudinal relationship between student and faculty in an LIC distinguishes this model from traditional block rotations and a distinctive approach to successful teaching is demonstrated. Preceptors use time afforded to build trusting relationships with students, which created opportunity for novel teaching approaches and enhanced otherwise effective teaching strategies. A focus on orientation to the curricular model and support of longitudinal relationships with patients may serve as an anchor for faculty development efforts in the development of an LIC.

The spacing effect: Improving electrocardiogram interpretation.

BACKGROUND: Accurate electrocardiogram (ECG) interpretation is critical for safe patient care, making this skill a necessary competency for medical school graduation. Improved long-term memory retention with repeated exposure to material is one of the most evidenced-based components of adult learning science. This curricular innovation aimed to determine if implementing spaced repetition and retrieval practice using ECG quizzes during the principal clinical year would improve ECG interpretation skills among medical students enrolled in a Longitudinal Integrated Clerkship (LIC). APPROACH: The curricular innovation applied the spacing effect and retrieval practice. Cognitive science demonstrates enhanced long-term retention through repeated interval exposure to learned material. Studies of spaced retrieval indicate that memory retention is enhanced through tests involving effortful recall. LIC students in an intervention group were exposed to the spacing effect with periodic ECG quizzes throughout their clinical clerkship year. EVALUATION: The results of the 17-item post-test for 140 students were analysed: LIC intervention, N = 54; block control, N = 62; and LIC control, N = 24. The ANOVA test was significant (p < 0.001). Games-Howell post hoc testing showed that the mean score in the LIC intervention group was significantly higher compared with the LIC control group (p < 0.001) and the block control group (p < 0.001). There was no significant difference between the LIC control and block control groups (p = 0.59). IMPLICATIONS: Spaced repetition of material through ECG quizzes improved ECG interpretation skills on an ECG post-test and mitigates the forgetting curve, maintaining student competency in ECG interpretation.

Preliminary Workforce Outcomes of an Urban Longitudinal Integrated Clerkship.

PURPOSE: The authors examined whether students participating in an urban longitudinal integrated clerkship (LIC) with a curriculum focused on care for underserved populations have a sustained commitment to urban underserved care through residency training and into practice. METHOD: This mixed-methods study collected data from medical student application essays to the Denver Health LIC (DH-LIC), end-of-course surveys, residency match outcomes, and postgraduation surveys annually for academic years 2014 to 2022. The authors analyzed students' responses to the surveys on interest in working with underserved patients, understanding the rewards and challenges of working in safety net institutions, working in the community to improve health, and working at DH. The authors qualitatively coded the 70 application essays of all selected students using summative content analysis. RESULTS: Seventy DH-LIC students were compared with 1,450 medical students between 2014 and 2022. Qualitative analysis of LIC application essays revealed 3 themes: interest in working with underserved populations, work experience with underserved populations, and personal experience with medical vulnerability. Fifty-seven DH-LIC participants (81.4%) expressed high levels of career interest in working with underserved populations, 45 (64.3%) had high levels of work experience with underserved populations, and 18 (25.7%) expressed high levels of personal experience. Graduates of the DH-LIC program demonstrated a high degree of continuing interest in practicing in urban underserved settings throughout medical school and postgraduate training. Ten graduates (71.4%) in practice work in urban underserved settings. Participants reported a high or very high level of interest and commitment to working with underserved populations (96.7%-100%), understanding the safety net health care system (91.7%-98.6%), and working in communities (95.0%-100%) at all time points studied. CONCLUSIONS: Early data indicate high rates of graduates working in urban underserved settings. These preliminary outcomes suggest the LIC may support the development of a committed workforce for urban underserved communities.

Designing a Shortened Preclinical Basic Science Curriculum: Expert-Derived Recommendations.

PURPOSE: To generate an expert-derived list of recommendations for how medical schools should approach decisions about the placement of basic science topics within shortened preclinical curricula, which allow for early clinical immersion. METHOD: A modified Delphi process was used to develop consensus on recommendations (March-November 2021). The authors performed semistructured interviews with national undergraduate medical education (UME) experts from institutions that previously underwent curricular reforms involving shortened preclinical curricula to elicit perspectives on how decisions were made at their institutions. The authors condensed the findings into a preliminary list of recommendations and distributed this list in 2 survey rounds to a larger group of national UME experts (from institutions that previously underwent curricular reforms or held positions of authority within national UME organizations) to gauge their level of agreement with each recommendation. Recommendations were revised based on participant comments, and those with at least 70% somewhat or strong agreement after the second survey were included in the final comprehensive list of recommendations. RESULTS: Interviews were conducted with 9 participants and resulted in 31 preliminary recommendations that were then sent via survey to the 40 recruited participants. Seventeen/40 (42.5%) participants completed the first survey, after which 3 recommendations were removed, 5 were added, and 5 were revised based on comments-resulting in 33 recommendations. Twenty-two/38 (57.9%) participants responded to the second survey, after which all 33 recommendations met inclusion criteria. The authors removed 3 recommendations that did not directly address the curriculum reform process and consolidated the final 30 recommendations into 5 succinct, actionable takeaways. CONCLUSIONS: This study generated 30 recommendations (summarized by the authors in 5 succinct takeaways) for medical schools designing a shortened preclinical basic science curriculum. These recommendations reinforce the importance of vertically integrating basic science instruction with explicit clinical relevance into all curricular phases.

A Third-Year Medical School Ophthalmology Curriculum for a Longitudinal Integrated Clerkship Model.

Background Longitudinal Integrated Clerkships (LICs) are innovative educational models that allow medical student continuity with patients, preceptors, colleagues, and health care systems. Given their benefits, the number of LICs continues to increase. We share a pilot model for an ophthalmology LIC curriculum at the University of Colorado School of Medicine targeted for students to see patients through transitions of care. Methods A needs assessment was performed including literature search, interviews with expert faculty, and a precurricular student questionnaire. Based on our findings, we developed a pilot two-part curriculum consisting of an introductory lecture and a half-day clinical experience designed to integrate patient eye care into the LIC model. At the end of the year, students completed a questionnaire assessing attitude, confidence, and knowledge. Precourse data were collected from students in the academic year (AY) 2018/2019 to aid with the needs assessment. Postcourse data were collected after completion of the curriculum from students in AY 2019/2020. Data from questionnaire were intended to improve our curricular experience. Results Our curriculum was piloted between the 2019 and 2020 AY. The completion rate of our curriculum was 100%. The questionnaire response rate was 90% in pre- and postcurricular groups ( n =15/17 and n =9/10, respectively). Hundred percent of students from both groups responded that it is "very important"/"important" for all physicians to be able to identify when ophthalmology referral is indicated. After the intervention, there were significant differences in the rate of students responding that they were "confident" diagnosing acute angle-closure glaucoma (36 vs. 78%, p =0.04), treating a chemical burn (20 vs 67%, p =0.02), and diagnosing viral conjunctivitis (27 vs. 67%); 90% of students reported increased confidence in longitudinal care of patients in the eye clinic. Conclusions Medical students believe in the importance of ophthalmic education regardless of their specialty of choice. We present a pilot model to introduce ophthalmology within an LIC model. Future studies with a larger sample are needed to determine the impact of this model in terms of knowledge acquisition and relationship between curriculum and ophthalmology interest among students. Our curriculum can be adapted to other underrepresented specialties in the medical school curriculum and is easily exportable to other LICs.

Telehealth: from the abstract to necessity to competency.

The COVID-19 pandemic caused significant disruption in medical education. With disruption comes the opportunity for innovation. Telehealth had been growing rapidly in many fields of medicine prior to the pandemic; however, the necessities of social distancing, scarcity of personal protective equipment, and mandates to prevent unnecessary exposures for healthcare workers and patients alike, brought opportunities for the exponential expansion of telehealth. With the expansion of telehealth services came the need to expand the curriculum in telehealth to prepare medical students to return to vastly transformed clinical settings as well as prepare them for a future clinical landscape likely to incorporate telehealth to a much greater degree. The University of Colorado School of Medicine (CUSOM) rapidly developed a course in telehealth to prepare students for this changing clinical environment. Simultaneously, a faculty development curriculum was created to support clinical faculty new to telehealth in basic skills and teaching in a virtual environment. Lastly, adaptations were made to the summative Clinical Practice Exam administered to students at the completion of clerkships to incorporate telehealth. Recognizing the importance of achieving competence in telehealth, the CUSOM has taken steps to invest in the development of comprehensive and integrated telehealth curricula. Many creative and innovative solutions have been adopted in the wake of this pandemic to allow medical education to continue despite many hurdles and barriers; many of these will not persist past the pandemic. However, we expect telehealth clinical skills and the curricula developed to support them to remain relevant long past the time when the COVID-19 pandemic has faded into history.

Team-Based Learning in a Longitudinal Integrated Clerkship: an Opportunity for Integrated Multidisciplinary Learning and Curricular Focus on the Underserved.

Team-based learning (TBL) offers opportunities to tailor curricula to match specific aims and modalities of innovative medical education models. This paper describes a TBL curriculum developed for a longitudinal integrated clerkship (LIC) at an urban safety-net hospital. Similar to our LIC students' clinical training experience, which includes simultaneously meeting core competencies across specialties in an underserved setting, our TBL curriculum is multidisciplinary and integrates topics related to caring for vulnerable patients. TBL within our LIC avoids the limitations of teaching content in specialty specific silos, creating a cohesive didactic and clinical education model which is highly rated by our students.

Alliance, Trust, and Loss: Experiences of Patients Cared for by Students in a Longitudinal Integrated Clerkship.

PURPOSE: The longitudinal integrated clerkship (LIC) model, which allows medical students to participate in comprehensive care of a panel of patients over time, is rapidly expanding because of recognized benefits to students and faculty. This study aimed to determine how LIC student contact affected patients' experiences and self-described health outcomes. METHOD: This qualitative case study used semistructured patient interviews to understand the impact of LIC learners at the University of Colorado School of Medicine on patients at Denver Health. Patients with at least 3 encounters with an LIC student and over age 18 were selected. Thirty patients were invited to participate in 2016-2017; 14 (47%) completed interviews before the thematic analysis reached saturation. Four researchers independently analyzed interview transcripts and reached consensus on emergent categories and themes. RESULTS: Six broad themes were identified: beginnings of a relationship, caring demonstrated by student, growing to trust student, reaching a therapeutic alliance, improvement of patient outcomes due to student involvement, and a sense of loss after students completed the LIC program. CONCLUSIONS: Patients deeply valued the therapeutic alliances built with LIC students involved in their care over time. These alliances led to improved patient experience, mitigation of perceived health system failures, and subjective improvement in health outcomes. Patients described a sense of loss at the end of the LIC when students were no longer involved in their care. Curricula that support students building longitudinal therapeutic relationships with their patients are an opportunity to improve patient experience while promoting students' professional development.

Faculty experience and engagement in a longitudinal integrated clerkship.

The authors sought to understand rewards and challenges of teaching third-year medical students in the University of Colorado School of Medicine (CUSOM) Denver Health Longitudinal Integrated Clerkship (DH-LIC) compared to teaching in rotation-based clerkships (RBCs). The authors considered implications for the recruitment and retention of faculty in clinical educational programs. Preceptors completed surveys at baseline and year-end. Of eligible faculty, 28 of 40 completed both baseline and year-end surveys. The majority (85.2%) of faculty were satisfied with the DH-LIC and 85.7% continued to teach in year-two of the program. Faculty reported increased satisfaction from teaching and improved teaching and mentoring skills. Faculty familiarity with DH-LIC students was significantly higher than with students previously taught (p = .004); 89.3% of faculty knew their DH-LIC student well enough to tailor instruction to individual learning needs. Teaching techniques utilized at baseline and end of year differed significantly; faculty reported asking questions to promote thinking, providing feedback to students, and providing students with practice in clinical reasoning more frequently in the DH-LIC. Innovative models of education such as LICs offer a strategy to recruit and retain excellent, invested faculty in outpatient settings.