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Abstract Background Medical students in the United States undergo three significant transitions as they progress from pre-clinical to clinical rotations, to acting interns, and ultimately to first-year resident. However, there is limited understanding of whether the factors and strategies that impact these transitions remain consistent or are unique to each individual transition. Methods Qualitative data was collected from three Nominal Group Technique (NGT) sessions held separately for third-year students (M3), fourth-year students (M4), and first-year residents (PGY-1). The participants were asked to share their perceptions on their most recent medical school transition. These responses were independently coded into thematic categories. Results The NGT session with M3 students (n = 9) identified 67 transition factors and 64 coping strategies. The M4 (n = 8) session identified 33 transition factors and 72 strategies to manage their transition. The PGY-1 (n = 5) session identified 28 factors and 25 strategies. The coping strategies for each session were categorized into seven themes and the transition factors were assigned to ten thematic categories. Conclusion Just as each transition is unique, so too are the number and variety of factors and strategies to manage each transition. Despite these differences, the themes of “Professional socialization” and “Prioritization, efficiency, and delegation” emerged as impactful in all three transitions.

Background: Medical students in the United States undergo three significant transitions as they progress from pre-clinical to clinical rotations, to acting interns, and ultimately to first-year resident. However, there is limited understanding of whether the factors and strategies that impact these transitions remain consistent or are unique to each individual transition. Methods: Qualitative data was collected from three Nominal Group Technique (NGT) sessions held separately for third-year students (M3), fourth-year students (M4), and first-year residents (PGY-1). The participants were asked to share their perceptions on their most recent medical school transition. These responses were independently coded into thematic categories. Results: The NGT session with M3 students (n = 9) identified 67 transition factors and 64 coping strategies. The M4 (n = 8) session identified 33 transition factors and 72 strategies to manage their transition. The PGY-1 (n = 5) session identified 28 factors and 25 strategies. The coping strategies for each session were categorized into seven themes and the transition factors were assigned to ten thematic categories. Conclusion: Just as each transition is unique, so too are the number and variety of factors and strategies to manage each transition. Despite these differences, the themes of "Professional socialization" and "Prioritization, efficiency, and delegation" emerged as impactful in all three transitions. [ABSTRACT FROM AUTHOR]

Emergency medicine clerkships have become more prevalent in the third year of medical school, a time when students are immersed in the core clinical training of their undergraduate medical education. There is little guidance for clinician educators, however, on how to effectively scaffold learning for third-year medical students when rotating in the emergency department (ED) during core clerkships. The authors sought to provide best practices in teaching to leverage the rich learning environment of the ED – regardless of their specialty selections. Based on an extensive review of the literature spanning on-shift teaching, feedback, clinical medicine, and bedside teaching, the following twelve tips are offered to guide the instruction of the undifferentiated third-year medical student in the ED.

The need to educate medical professionals in changing medical organizations has led to a revision of the Radboudumc's undergraduate medical curriculum. Entrustable professional activities (EPAs) were used as a learning tool to support participation and encourage feedback-seeking behavior, in order to offer students the best opportunities for growth. This paper describes the development of the Radboudumc's EPA-based Master's curriculum and how EPAs can facilitate continuity in learning in the clerkships. Four guiding principles were used to create a curriculum that offers possibilities for the students' development: (1) working with EPAs, (2) establishing entrustment, (3) providing continuity in learning, and (4) organizing smooth transitions. The new curriculum was designed with the implementation of EPAs and an e-portfolio, based on these 4 principles. The authors found that the revised curriculum corresponds to daily practice in clerkships. Students used their e-portfolios throughout all clerkships, which stimulates feedback-seeking behavior. Moreover, EPAs promote continuity in learning while rotating clerkships every 1 to 2 months. This might encourage curriculum developers to use EPAs when aiming for greater continuity in the development of students. Future research needs to focus on the effect of EPAs on transitions across clerkships in order to further improve the undergraduate medical curriculum. [ABSTRACT FROM AUTHOR]

Background: Optimizing transitions from final year of medical school and into first post graduate year has important implications for students, patients and the health care system. Student experiences during novel transitional roles can provide insights into potential opportunities for final year curricula. We explored the experiences of medical students in a novel transitional role and their ability to continue learning whilst working as part of a medical team. Methods: Novel transitional role for final year medical students were created in partnership by medical schools and state health departments in 2020 in response to the COVID-19 pandemic and the need for a medical surge workforce. Final year medical students from an undergraduate entry medical school were employed as Assistants in Medicine (AiMs) in urban and regional hospitals. A qualitative study with semi-structured interviews at two time points was used to obtain experiences of the role from 26 AiMs. Transcripts were analyzed using deductive thematic analysis with Activity theory as a conceptual lens. Results: This unique role was defined by the objective of supporting the hospital team. Experiential learning opportunities in patient management were optimized when AiMs had opportunities to contribute meaningfully. Team structure and access to the key instrument, the electronic medical record, enabled participants to contribute meaningfully, whilst contractual arrangements and payments formalized the obligations to contribute. Conclusions: The experiential nature of the role was facilitated by organizational factors. Structuring teams to involve a dedicated medical assistant position with specific duties and access to the electronic medical record sufficient to complete duties are key to successful transitional roles. Both should be considered when designing transitional roles as placements for final year medical students. [ABSTRACT FROM AUTHOR]

Abstract Background Medical students are expected to translate the theoretical knowledge gained during their study to practical knowledge during the clerkships. A surgical educational platform with standardized videos may be the solution. However, the effects of a structured online video-based platform in addition to the standard curriculum on students’ self-reported and tested surgical knowledge during the surgical clerkship must be assessed. Methods Fourth-year medical students (n = 178) participated in a 6-week course of theoretical and practical training followed by a 10-week in-hospital clerkship in the Erasmus University Medical Center (Erasmus MC), Rotterdam, The Netherlands and 11 affiliated general hospitals. Ninety students followed the usual surgical curriculum (control group), followed by 88 students who were given voluntary access to a video-based surgical educational platform of Incision Academy (video group). At the start (T0) and end (T1) of the clerkship, both groups filled out a surgical knowledge test and a survey regarding their self-reported surgical knowledge and their access to available study sources. Supervisors were blinded and surveyed concerning students’ performance and their acquired knowledge. We analyzed the data using paired and unpaired student t-tests and linear regression. Results At the end of the clerkship, students in the video group indicated that they had better resources at their disposal than the control group for surgical procedures (p = 0.001). Furthermore, students in the video group showed a greater increase in self-reported surgical knowledge during their clerkship (p = 0.03) and in more objectively tested surgical knowledge (p

Background: Medical students are expected to translate the theoretical knowledge gained during their study to practical knowledge during the clerkships. A surgical educational platform with standardized videos may be the solution. However, the effects of a structured online video-based platform in addition to the standard curriculum on students' self-reported and tested surgical knowledge during the surgical clerkship must be assessed. Methods: Fourth-year medical students (n = 178) participated in a 6-week course of theoretical and practical training followed by a 10-week in-hospital clerkship in the Erasmus University Medical Center (Erasmus MC), Rotterdam, The Netherlands and 11 affiliated general hospitals. Ninety students followed the usual surgical curriculum (control group), followed by 88 students who were given voluntary access to a video-based surgical educational platform of Incision Academy (video group). At the start (T0) and end (T1) of the clerkship, both groups filled out a surgical knowledge test and a survey regarding their self-reported surgical knowledge and their access to available study sources. Supervisors were blinded and surveyed concerning students' performance and their acquired knowledge. We analyzed the data using paired and unpaired student t-tests and linear regression. Results: At the end of the clerkship, students in the video group indicated that they had better resources at their disposal than the control group for surgical procedures (p = 0.001). Furthermore, students in the video group showed a greater increase in self-reported surgical knowledge during their clerkship (p = 0.03) and in more objectively tested surgical knowledge (p < 0.001). Conclusions: An online surgical educational platform with standardized videos is a valuable addition to the current surgical curriculum according to students and their supervisors. It improves their test scores and self-reported surgical knowledge. Students feel better prepared and more able to find the information necessary to complete the clerkship. Trial registration: Registry not necessary according to ICMJE guidelines. [ABSTRACT FROM AUTHOR]

Abstract Background Service learning (SL) is an educational methodology presumed to help medical students be more empathetic and compassionate. We longitudinally investigated the level of empathy in medical students and how preclinical SL experience was related to their level of empathy in their clinical clerkships. Methods Our cohort comprised fifth-year medical students engaged in clerkships as part of a 7-year medical programme at one medical school in Taiwan. Surveys were conducted at the beginning of the clerkship in September 2015 (T1) to collect data on the medical students’ preclinical SL experience in curriculum-based service teams (CBSTs) and extracurricular service teams (ECSTs) and their SL self-efficacy, demographic characteristics, and empathy level. Subsequently, three follow-up surveys were conducted once every 3 months to determine the empathy level of the students during their clinical clerkships (T2–T4). Seventy students who returned the written informed consent and completed the baseline (T1) and two or more follow-up surveys (T2–T4) were included in our analysis with the response rate of 34%. In total, 247 responses across the 1-year clerkship were analysed. Descriptive statistics, paired t tests, and generalised estimating equations were employed. Results Our study revealed that changes in empathy level in the dimensions of perspective taking, compassionate care, and standing in patients’ shoes in their clinical clerkships. Relative to that at T1, their empathy decreased in perspective taking and compassionate care at T2–T4 but increased in standing in patients’ shoes at T3. Additionally, our study verified the positive effect of medical students’ preclinical SL experience in CBSTs and ECSTs on empathy in terms of compassionate care and perspective taking, respectively, but not on that of standing in patients’ shoes. Conclusions Separate investigations into subconstructs of empathy, such as perspective taking, compassionate care, and standing in patients’ shoes, in medical students may be necessary for exploring the various driving forces or barriers to developing empathy in medical students. Moreover, SL experience through both CBSTs and ECSTs at medical academies may have positive effects on medical students’ empathy in their clinical clerkships and should be promoted at medical schools.

The highly competitive nature of the dermatology match requires applicants to undertake a variety of measures in the hopes of securing a residency position. Among the opportunities available to applicants is the chance to participate in away or “audition” rotations during their final year of undergraduate medical education. Away rotations are now performed by a majority of medical students applying into dermatology, but littleresearch has been done to describe the nature of this opportunity for interested applicants. An analysis of all dermatology electives offered in the Visiting Student Application Service (VSAS) database wasperformed. Results indicate that students have the option to pursue electives in a variety of subjects offered by 100 sponsoring institutions spread across a wide geographic distribution. Although manyopportunities exist, this analysis sheds light on several areas for improving the quality of this experience for interested applicants, including providing more electives in advanced subject matter, permitting more flexibility in scheduling, and promoting wider participation in VSAS.

Introduction. The COVID-19 pandemic placed an unprecedented strain on academic healthcare systems necessitating a pause in medical student teaching in clinical care settings, including at Weill Cornell Medicine (WCM). WCM had a preexisting telemedicine curriculum, but limited opportunities for students to apply knowledge and skills related to direct virtual patient care. The authors describe the rapid implementation of real-time interactive telehealth experience (RITE) courses for clerkship students to allow for meaningful engagement in remote patient care and continuation of academic progress during the pause. Methods of Course Development. Medical school administration disseminated a request for proposals for RITE courses conforming to the WCM electives format with rapid turnaround time of 1 week or less. Requirements included remote care activities, goals and objectives, general logistics, supervision methods and standards of achievement. RITE courses were developed in outpatient medicine, inpatient medicine, psychiatry and women's health. A lottery process was developed to register students for the approved courses. Course Implementation and Evaluation. Using the technical platform and standard course registration process, students were assigned to 74 of 76 available RITE course slots. Students participated in supervised remote direct patient care and also provided critical support for frontline healthcare workers by performing remote clinical tasks. Online teaching and reflection sessions were incorporated into each RITE curricular offering. Student feedback was overall positive ranging from 3.33–4.57 out of 5. Discussion. The COVID-19 pandemic created a need to rapidly incorporate telehealth models in order to continue to deliver patient care and an opportunity to develop innovative remote educational experiences. We developed a framework for structured real-time interactive telehealth experiences to address COVID-19 related curricular needs that will be continued post-COVID-19. This expanded telehealth curriculum for our students will provide standardized training in telehealth logistics, communication techniques, and care delivery now essential for graduating medical students. [ABSTRACT FROM AUTHOR]

Abstract Background With almost 20% unnecessary spending on healthcare, there has been increasing interest in high value care defined as the best care for the patient, with the optimal result for the circumstances, delivered at the right price. The American Association of Medical Colleges recommend that medical students are proficient in concepts of cost-effective clinical practice by graduation, thus leading to curricula on high value care. However little is published on the effectiveness of these curricula on medical students’ ability to practice high value care. Methods In addition to the standard curriculum, the intervention group received two classroom sessions and three virtual patients focused on the concepts of high value care. The primary outcome was number of tests and charges for tests on standardized patients. Results 136 students enrolled in the Core Clerkship in Internal Medicine and 70 completed the high value care curriculum. There were no significant differences in ordering of appropriate tests (3.1 vs. 3.2 tests/students, p = 0.55) and inappropriate tests (1.8 vs. 2.2, p = 0.13) between the intervention and control. Students in the intervention group had significantly lower median Medicare charges ($287.59 vs. $500.86, p = 0.04) and felt their education in high value care was appropriate (81% vs. 56%, p = 0.02). Conclusions This is the first study to describe the impact of a high value care curriculum on medical students’ ordering practices. While number of inappropriate tests was not significantly different, students in the intervention group refrained from ordering expensive tests.

Background: Telehealth, including Telemedicine, is the use of electronic communications technology to provide healthcare at a distance. There is a growing need to train future physicians to be adept and knowledgeable of telehealth. The Association of American Medical Colleges (AAMC) recently defined six core competency domains for Telehealth for medical residents and attending physicians. Methods: A multidisciplinary team of medical educators, Telemedicine practitioners, instructional technology experts and a senior medical student designed a Telemedicine curriculum centered on five primary educational activities. Training moved progressively from novice Telemedicine experiences to Telemedicine encounters with standardized patients and post-encounter debriefs to promote active learning, engagement, and self-regulation. The Telemedicine curriculum was prioritized and delivered to the entire class of 2022 (114 third-year medical students). Results: Student satisfaction surveys and post formative quiz items were used to assess the impact of the Telemedicine Curriculum. Over 95% of surveyed students agreed or strongly agreed the course was organized and helpful in developing clinical skills in preparation for clerkship. Students particularly valued the opportunity to engage in patient encounters while learning Telemedicine-specific patient safety and communication skills. Conclusion: With careful attention to instructional design, active learning formats that are historically successful in face-to-face settings can be equally successful in virtual settings. Standardized patients and peers can be trained to provide appropriate feedback in the right virtual setting.

Background: Service learning (SL) is an educational methodology presumed to help medical students be more empathetic and compassionate. We longitudinally investigated the level of empathy in medical students and how preclinical SL experience was related to their level of empathy in their clinical clerkships. Methods: Our cohort comprised fifth-year medical students engaged in clerkships as part of a 7-year medical programme at one medical school in Taiwan. Surveys were conducted at the beginning of the clerkship in September 2015 (T1) to collect data on the medical students' preclinical SL experience in curriculum-based service teams (CBSTs) and extracurricular service teams (ECSTs) and their SL self-efficacy, demographic characteristics, and empathy level. Subsequently, three follow-up surveys were conducted once every 3 months to determine the empathy level of the students during their clinical clerkships (T2–T4). Seventy students who returned the written informed consent and completed the baseline (T1) and two or more follow-up surveys (T2–T4) were included in our analysis with the response rate of 34%. In total, 247 responses across the 1-year clerkship were analysed. Descriptive statistics, paired t tests, and generalised estimating equations were employed. Results: Our study revealed that changes in empathy level in the dimensions of perspective taking, compassionate care, and standing in patients' shoes in their clinical clerkships. Relative to that at T1, their empathy decreased in perspective taking and compassionate care at T2–T4 but increased in standing in patients' shoes at T3. Additionally, our study verified the positive effect of medical students' preclinical SL experience in CBSTs and ECSTs on empathy in terms of compassionate care and perspective taking, respectively, but not on that of standing in patients' shoes. Conclusions: Separate investigations into subconstructs of empathy, such as perspective taking, compassionate care, and standing in patients' shoes, in medical students may be necessary for exploring the various driving forces or barriers to developing empathy in medical students. Moreover, SL experience through both CBSTs and ECSTs at medical academies may have positive effects on medical students' empathy in their clinical clerkships and should be promoted at medical schools. [ABSTRACT FROM AUTHOR]

Rationale and objectivesModern radiology clerkships require a rigorous, in-depth curriculum usually involving a variety of educational activities. With increasingly constrained faculty time and departmental resources, finding activities that are easy to implement and of high educational value can be a challenge.Materials and methodsWe introduced a novel educational activity to our radiology clerkship in which students created independent learning modules (ILMs) that were reviewed by their classmates. Feedback surveys were used to assess the activity and guide a revision to the program. Feedback surveys after the revision were used to assess the overall perceived value of the program.ResultsTwenty-seven students in two successive sessions of our elective radiology clerkship completed the ILM activity and provided feedback. Sixty-four students in five subsequent sessions completed a modified version of the activity and provided feedback. Students in this final group rated the activity's educational value at 8.3/10, with most describing both the creation and reviewing of the ILMs as similarly or more educationally valuable than lectures (41 of 64 [64%], 48 of 64 [75%], respectively). Students indicated the target ILM length of 15 minutes was "about right" (61 of 64 [95%]), and that the overall proportion of the course dedicated to the ILM activity was appropriate (49 of 64 [77%]).ConclusionsA novel student-created ILM activity was highly reviewed by radiology elective students, both with regard to the educational value of creating and taking the ILMs. Clerkship directors wishing to supplement their curricula with an easy-to-implement high-value activity may consider adding a student-created ILM assignment.

Introduction Current ophthalmologic training in medical school is inadequate in preparing medical students to handle basic eye complaints as nonophthalmology residents. Most medical students are uncomfortable performing eye examinations, but increased ophthalmology training improves confidence in this area. The University of Pittsburgh School of Medicine (UPSOM) teaches students the basics of ophthalmology with a required 1-week rotation during the 1-month specialty care clerkship (SCC), providing students with skills to perform rudimentary eye examinations as nonophthalmology providers. Methods Within a 1-week ophthalmology rotation, we developed a series of interactive case-based teaching sessions, handouts, and homework that accompanied clinical instruction to familiarize third- and fourth-year medical students with ophthalmic equipment, terminology, diagnosis, and management. Of learners, 67 (roughly 11 per cohort) rotated on six consecutive SCCs beginning in May 2019. All learners completed an in-house exam and received resident clinical evaluations at the end of their rotation. Results Of the 64 participants who responded to the survey, 100% rated the quality of teaching sessions outstanding or good, and 83% of students strongly agreed or agreed with the statement, “I believe the overall teaching in the ophthalmology clinical settings was good quality.” The average clinical and exam score for ophthalmology over 6 months was 4.5 out of 5, and 83% respectively. Discussion Generally positive student feedback as well as high clinical and exam scores suggested that the required UPSOM ophthalmology clerkship was both engaging and effective. This course can be easily adapted to teach students at other medical institutions.

Introduction. The COVID-19 pandemic placed an unprecedented strain on academic healthcare systems necessitating a pause in medical student teaching in clinical care settings, including at Weill Cornell Medicine (WCM). WCM had a preexisting telemedicine curriculum, but limited opportunities for students to apply knowledge and skills related to direct virtual patient care. The authors describe the rapid implementation of real-time interactive telehealth experience (RITE) courses for clerkship students to allow for meaningful engagement in remote patient care and continuation of academic progress during the pause. Methods of Course Development. Medical school administration disseminated a request for proposals for RITE courses conforming to the WCM electives format with rapid turnaround time of 1 week or less. Requirements included remote care activities, goals and objectives, general logistics, supervision methods and standards of achievement. RITE courses were developed in outpatient medicine, inpatient medicine, psychiatry and women’s health. A lottery process was developed to register students for the approved courses. Course Implementation and Evaluation. Using the technical platform and standard course registration process, students were assigned to 74 of 76 available RITE course slots. Students participated in supervised remote direct patient care and also provided critical support for frontline healthcare workers by performing remote clinical tasks. Online teaching and reflection sessions were incorporated into each RITE curricular offering. Student feedback was overall positive ranging from 3.33–4.57 out of 5. Discussion. The COVID-19 pandemic created a need to rapidly incorporate telehealth models in order to continue to deliver patient care and an opportunity to develop innovative remote educational experiences. We developed a framework for structured real-time interactive telehealth experiences to address COVID-19 related curricular needs that will be continued post-COVID-19. This expanded telehealth curriculum for our students will provide standardized training in telehealth logistics, communication techniques, and care delivery now essential for graduating medical students.

The defining feature of 2020 will be the early and mid-stages of the covid-19 pandemic, declared by the World Health Organisation on 11th March. Rapid worldwide exponential spread continues and by 15 April, more than 1 900 000 cases and 123 000 deaths had been reported worldwide (WHO, 2020). Health services have coped to varying degrees. One common feature has been the withdrawal of routine care (Iacobucci, 2020a) and 'non-essential' staff including learners, although many have returned to undertake care roles. As the likely timeframe for stabilisation of health services becomes clearer, certainly in the United Kingdom (UK) (Iacobucci, 2020b), medical educators need to rapidly get the teaching of the next generation of health care workers back on track if they are to enter health services as confident and competent practitioners in 2020 and 2021. Although a 'whole world' experience, the effects of covid-19 sit in national contexts. We detail the issues for the UK in re-starting and re-inventing medical education, noting that the principles, if not necessarily the detail, will be common across the world.

Background: Can we create a technological solution to flexibly self-manage undergraduate General Surgery practices within hospitals? Before the pandemic, the management of clerkships was starting to depend less on checkerboards. This study aims to explore undergraduates’ perceptions of doing rotations in teaching hospitals using different teaching styles and elicit their views regarding the options of managing practices to design a mobile app that substitutes for checkerboards. Methods: In this sequential exploratory mixed methods study, 38 semi-structured interviews at a teaching hospital were conducted. The data was used to survey 124 students doing their rotations in four teaching hospitals during the first wave of COVID-19. Results: 21 themes highlighted concerns related to the practices, the teacher involvement in the students’ education, and the students’ adaptation to clinical culture. The students reported positive perceptions concerning self-managing and organizing practices via a mobile application. However, problems emerged regarding transparency, the lack of feedback, and the need for new tools. Regarding the teaching styles, the facilitator and personal models were perceived as optimal, but the personal style had no effect on using or not using a tool. Conclusions: A mobile-learning application designed like an educational opportunities’ manager tool can probably promote self-directed learning, flexible teaching, and bidirectional assessments. However, teachers who employ a personal teaching style may not need either checkerboards or a tool. This solution supports teaching at hospitals in pandemic times without checkerboards.

Allison A Vanderbilt,1 Sara Q Perkins,2 Moriah K Muscaro,2 Thomas J Papadimos,3 Reginald F Baugh4 1Department of Family Medicine, 2College of Medicine and Life Sciences, University of Toledo, 3Department of Anesthesiology, 4Department of Surgery, College of Medicine and Life Sciences, University of Toledo, Toledo, OH, USA Abstract: Medical education has been under a constant state of revision for the past several years. The overarching theme of the curriculum revisions for medical schools across the USA has been creating better physicians for the 21st century, with the same end result: graduating medical students at the optimal performance level when entering residency. We propose a robust, thorough assessment process that will address the needs of clerkships, residents, students, and, most importantly, medical schools to best measure and improve clinical reasoning skills that are required for the learning outcomes of our future physicians. The Accreditation Council for Graduate Medical Education (ACGME) evaluates and accredits medical school graduates based on competency-based outcomes and the assessment of specialty-specific milestones; however, there is some evidence that medical school graduates do not consistently meet the Level 1 milestones prior to entering/beginning residency, thus starting their internship year underprepared and overwhelmed. Medical schools should take on the responsibility to provide competency-based assessments for their students during the clinical years. These assessments should be geared toward preparing them with the cognitive competencies and skills needed to successfully transition to residency. Then, medical schools can produce students who will ultimately be prepared for transition to their residency programs to provide quality care. Keywords: ACGME Core Competencies, milestones, clerkships, medical education, evaluation

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Purpose: To assess the learning environment at our medical school, third-year medical students complete an 11-item survey called the Learning Environment for Professionalism (LEP) at the end of each clerkship. The LEP survey asks about the frequency of faculty and resident professional and unprofessional behaviors that students observed; two of the items specifically address derogatory comments. This study used focus group methodology to explore how medical students interpret the derogatory comments they reported on the LEP survey. Methods: Seven focus groups were conducted with 82 medical students after they completed the LEP survey. Analysis of focus group transcripts was performed to better understand the nature and meaning that students ascribe to derogatory comments. Results: The study results provide insights into the types of derogatory comments that medical students heard during their clerkship rotations, why the comments were made and how they were interpreted. Emergent themes, labeled by the authors as 1) ‘onstage-offstage’, 2) ‘one bad apple’, and 3) ‘pressure cooker environment’, highlight the contextual aspects and understandings ascribed by students to the derogatory comments. Incidentally, students felt that the comments were not associated with fatigue, but were associated with cumulative stress and burn-out. Conclusions: The results suggest students have a clear understanding of the nature of unprofessional comments made by role models during clerkships and point to important systems-related issues that could be leveraged to improve clinical learning environments.

Emergency medicine clerkships have become more prevalent in the third year of medical school, a time when students are immersed in the core clinical training of their undergraduate medical education. There is little guidance for clinician educators, however, on how to effectively scaffold learning for third-year medical students when rotating in the emergency department (ED) during core clerkships. The authors sought to provide best practices in teaching to leverage the rich learning environment of the ED - regardless of their specialty selections. Based on an extensive review of the literature spanning on-shift teaching, feedback, clinical medicine, and bedside teaching, the following twelve tips are offered to guide the instruction of the undifferentiated third-year medical student in the ED., Competing Interests: No competing interests were disclosed., (Copyright: © 2023 Winger AD and Papanagnou D.)

Background: Electronic medical records (EMR) are more used in university hospitals, but the use of EMR by medical students at the workplace is still a challenge, because the conflict of interest between medical accountability for hospitals and quality of medical education programs for students. Therefore, this study investigates the use of EMR from the perspective of medical school deans and students, and determines their perceptions and concerns about consequences of restricted use of EMR by students on quality of education and patient care. Methods: We administered a large-scale survey about the existence of EMR, existing policies, students' use for learning, and consequences on patient care to 42 deans and 789 Residency Physician Applicants in a private university in Colombia. Data from 26 deans and 442 former graduated students were compared with independent t tests and chi square tests. Results: Only half of medical schools had learning programs and policies about the use of EMR by students. Deans did not realize that students have less access to EMR than to paper-based MR. Perceptions of non-curricular learning opportunities how to write in (E)MR were significantly different between deans and students. Limiting students use of EMR has negative consequences on medical education, according to both deans and students, while deans worried significantly more about impact on patient care than students. Billing issues and liability aspects were their major concerns. Conclusions: There is a need for a clear policy and educational program on the use of EMR by students. Discrepancies between the planned curriculum by deans and the real clinical learning environment as experienced by students indicate suboptimal learning opportunities for students. Creating powerful workplace-learning experiences and resolving concerns on students use of EMR has to be resolved in a constructive collaboration way between the involved stakeholders, including also EMR designers and hospital administrators. We recommend intense supervision of students' work in EMR to take full advantage of the technological advances of EMR at the modern clinical site, both for patient care and for medical education. [ABSTRACT FROM AUTHOR]

Introduction: Ambulatory education has a great role in improving the abilities of medical students to encounter with common cases and according to Ministry regulations half of clinical education should be conducted in ambulatory seting.. This study is aimed at measuring quality of ambulatory education in Al-Zahra hospital, Isfahan, Iran. It can help to increase educational quality by recognition releif of current chalenges. Method: This study is a descriptive, cross sectional research. It was conducted by designing a questionnaire and completing it by 180 clerkship students and interns. The questionnire consist of six areas: attending physicians’ teaching quality, residents’ quality of teaching, physical environment and facilities, patients’ affair, intern presence in ambulatory setting and duration of ambulatory teaching. The validity of the questionnaire was confirmed by educational experts and its reliability was measured through a pilot study (α=0.92). Findings: The conclusions in group of interns were as following: The mean score of attending physicians’ teaching quality, residents’ quality of teaching, physical environment and facilities, patients’ affair, intern presence in ambulatory setting and duration of ambulatory teaching were: 55.2, 52, 54, 61.5, 62.7 out of 100, respectively. Coresponding of scores for was 42.3, 42.7, 45.2, 56.6, 36.1, respectively. By the way, in both groups, interns and clerkship students, the mean suitable number of patients refer to clinics with the best educational output was estimated about 10 persons per day. Discusion: In conclusion, to improve ambulatory education, attending physicians should come to clinics on time and stay for longer duration than past. In addition, physical environment and facilities of clinics should be modified according to number of stagers and interns.

Background: Preclerkship clinical-skills training has received increasing attention as a foundational preparation for clerkships. Expectations among medical students and faculty regarding the clinical skills and level of skill mastery needed for starting clerkships are unknown. Medical students, faculty teaching in the preclinical setting, and clinical clerkship faculty may have differing expectations of students entering clerkships. If students' expectations differ from faculty expectations, students may experience anxiety. Alternately, congruent expectations among students and faculty may facilitate integrated and seamless student transitions to clerkships. Aims: To assess the congruence of expectations among preclerkship faculty, clerkship faculty, and medical students for the clinical skills and appropriate level of clinical-skills preparation needed to begin clerkships. Methods: Investigators surveyed preclinical faculty, clerkship faculty, and medical students early in their basic clerkships at a North American medical school that focuses on preclerkship clinical-skills development. Survey questions assessed expectations for the appropriate level of preparation in basic and advanced clinical skills for students entering clerkships. Results: Preclinical faculty and students had higher expectations than clerkship faculty for degree of preparation in most basic skills. Students had higher expectations than both faculty groups for advanced skills preparation. Conclusions: Preclinical faculty, clerkship faculty, and medical students appear to have different expectations of clinical-skills training needed for clerkships. As American medical schools increasingly introduce clinical-skills training prior to clerkships, more attention to alignment, communication, and integration between preclinical and clerkship faculty will be important to establish common curricular agendas and increase integration of student learning. Clarification of skills expectations may also alleviate student anxiety about clerkships and enhance their learning.

Introduction: Comprehensive undergraduateeducation in clinical sciences is groundedon activities developed during clerkships. Toimplement the credits system we must knowhow these experiences take place.Objectives: to describe how students spendtime in clerkships, how they assess the educativevalue of activities and the enjoyment it provides.Method: We distributed a form to a randomclustered sample of a 100 students coursing clinicalsciences, designed to record the time spent,and to assess the educative value and the gradeof enjoyment of the activities in clerkship duringa week. Data were registered and analyzed onExcel® 98 and SPSS.Results: mean time spent by students inclerkship activities on a day were 10.8 hours. Ofthose, 7.3 hours (69%) were spent in formaleducation activities. Patient care activities withteachers occupied the major proportion of time(15.4%). Of the teaching and learning activitiesin a week, 28 hours (56%) were spent in patientcare activities and 22.4 hours (44.5%) were usedin independent academic work. The time spentin teaching and learning activities correspondto 19 credits of a semester of 18 weeks. Theactivities assessed as having the major educationalvalue were homework activities (4.6) andformal education activities (4.5). The graded asmost enjoyable were extracurricular activities,formal educational activities and independentacademic work.Conclusion: our students spend more time inactivities with patients than the reported in literature.The attending workload of our students isgreater than the one reported in similar studies.

Background: Students may encounter difficulties when they have to apply clinical skills trained in their pre-clinical studies in clerkships. Early clinical exposure in the pre-clinical phase has been recommended to reduce these transition problems. The aim of this study is to explore differences in students' experiences during the first clerkships between students exclusively trained in a skills laboratory and peers for whom part of their skills training was substituted by early clinical experiences (ECE). Methods: Thirty pre-clinical students trained clinical skills exclusively in a skills laboratory; 30 peers received part of their skills training in PHC centers. Within half a year after commencing their clerkships all 60 students shared their experiences in focus group discussions (FGDs). Verbatim transcripts of FGDs were analyzed using Atlas-Ti software. Results: Clerkship students who had participated in ECE in PHC centers felt better prepared to perform their clinical skills during the first clerkships than peers who had only practiced in a skills laboratory. ECE in PHC centers impacted positively in particular on students' confidence, clinical reasoning, and interpersonal communication. Conclusion: In the Indonesian setting ECE in PHC centers reduce difficulties commonly encountered by medical students in the first clerkships. [ABSTRACT FROM AUTHOR]

Introduction: Ambulatory education has a great role in improving the abilities of medical students to encounter with common cases and according to Ministry regulations half of clinical education should be conducted in ambulatory setting.. This study is aimed at measuring quality of ambulatory education in Al-Zahra hospital, Isfahan, Iran. It can help to increase educational quality by recognition relief of current challenges. Method: This study is a descriptive, cross sectional research. It was conducted by designing a questionnaire and completing it by 180 clerkship students and interns. The questionnaire consist of six areas: attending physicians teaching quality, residents quality of teaching, physical environment and facilities, patients affair, intern presence in ambulatory setting and duration of ambulatory teaching. The validity of the questionnaire was confirmed by educational experts and its reliability was measured through a pilot study ( =0.92). Findings: The conclusions in group of interns were as following: The mean score of attending physicians teaching quality, residents quality of teaching, physical environment and facilities, patients affair, intern presence in ambulatory setting and duration of ambulatory teaching were: 55.2, 52, 54, 61.5, 62.7 out of 100, respectively. Corresponding of scores for was 42.3, 42.7, 45.2, 56.6, 36.1, respectively. By the way, in both groups, interns and clerkship students, the mean suitable number of patients refer to clinics with the best educational output was estimated about 10 persons per day. Discussion: In conclusion, to improve ambulatory education, attending physicians should come to clinics on time and stay for longer duration than past. In addition, physical environment and facilities of clinics should be modified according to number of stagers and interns. [ABSTRACT FROM AUTHOR]

Context: Entry to practice medical programs (graduate- and undergraduate-entry) in Australia are under considerable pressure to provide clinical training as a result of increased student numbers. At the same time modern medical curricula require the development of active placements in expanded settings to achieve graduate medical practitioners who are clinically able. These dual imperatives require a mechanism to fund and maintain the quality of clinical placements outside the traditional hospital setting. Issue: For teaching outside traditional teaching hospitals the Australian government’s Practice Incentives Program (PIP) currently provides a student-related payment of AU$100 for each half-day teaching session in a general practice setting. This payment is not linked to the quality of the placement and does not support clinical placements in other settings, for example specialist consulting rooms or allied health practices. Solution: This short communication proposes a 'meducation' card as an efficient funding mechanism to facilitate an expansion of quality clinical placements in expanded settings including specialist and allied health practices. This student meducation card would use current Medicare Australia infrastructure to facilitate the payment of clinical teachers in expanded settings. Meducation payments would only be available to practitioners and practices that maintain quality teaching practices certified by medical or allied health schools. [ABSTRACT FROM AUTHOR]

Background: Preclerkship clinical-skills training has received increasing attention as a foundational preparation for clerkships. Expectations among medical students and faculty regarding the clinical skills and level of skill mastery needed for starting clerkships are unknown. Medical students, faculty teaching in the preclinical setting, and clinical clerkship faculty may have differing expectations of students entering clerkships. If students' expectations differ from faculty expectations, students may experience anxiety. Alternately, congruent expectations among students and faculty may facilitate integrated and seamless student transitions to clerkships. Aims: To assess the congruence of expectations among preclerkship faculty, clerkship faculty, and medical students for the clinical skills and appropriate level of clinical-skills preparation needed to begin clerkships. Methods: Investigators surveyed preclinical faculty, clerkship faculty, and medical students early in their basic clerkships at a North American medical school that focuses on preclerkship clinical-skills development. Survey questions assessed expectations for the appropriate level of preparation in basic and advanced clinical skills for students entering clerkships. Results: Preclinical faculty and students had higher expectations than clerkship faculty for degree of preparation in most basic skills. Students had higher expectations than both faculty groups for advanced skills preparation. Conclusions: Preclinical faculty, clerkship faculty, and medical students appear to have different expectations of clinical-skills training needed for clerkships. As American medical schools increasingly introduce clinicalskills training prior to clerkships, more attention to alignment, communication, and integration between preclinical and clerkship faculty will be important to establish common curricular agendas and increase integration of student learning. Clarification of skills expectations may also alleviate student anxiety about clerkships and enhance their learning. [ABSTRACT FROM AUTHOR]

OBJECTIVE: To assess the prevalence of medical student abuse during clinical clerkships in Japan. DESIGN: A cross-sectional questionnaire survey. SETTING: Six medical schools in Japan. PARTICIPANTS: Final year (sixth-year) and fifth-year medical students in the period from September 2003 to January 2004. From a total of 559 students solicited, 304 (54.4%) returned the questionnaire, and 276 (49.4%: 178 male and 98 female) completed it. MEASUREMENTS: Prevalence of medical student abuse in 5 categories: verbal abuse, physical abuse, academic abuse, sexual harassment, and gender discrimination; differences in abusive experience between male and female students; types of alleged abusers; reporting abusive experiences to authorities; and emotional effects of abusive experiences. RESULTS: Medical student abuse was reported by 68.5% of the respondents. Verbal abuse was the most frequently experienced abuse (male students 52.8%, female students 63.3%). Sexual harassment was experienced significantly more often (P<.001) by female students (54.1%) than by male students (14.6%). Faculty members were most often reported as abusers (45.2% of cases). Abuse occurred most frequently during surgical rotations (42.0% of cases), followed by internal medicine (25.1%) and anesthesia rotations (21.8%). Very few abused students reported their abusive experiences to authorities (8.5%). The most frequent emotional response to abuse was anger (27.1% of cases). CONCLUSIONS: Although experience of abuse during clinical clerkships is common among medical students in Japan, the concept of ‘medical student abuse’ is not yet familiar to Japanese. To improve the learning environment, medical educators need to take action to resolve this serious issue. [ABSTRACT FROM AUTHOR]

Background: Can we create a technological solution to flexibly self-manage undergraduate General Surgery practices within hospitals? Before the pandemic, the management of clerkships was starting to depend less on checkerboards. This study aims to explore undergraduates' perceptions of doing rotations in teaching hospitals using different teaching styles and elicit their views regarding the options of managing practices to design a mobile app that substitutes for checkerboards. Methods: In this sequential exploratory mixed methods study, 38 semi-structured interviews at a teaching hospital were conducted. The data was used to survey 124 students doing their rotations in four teaching hospitals during the first wave of COVID-19. Results: 21 themes highlighted concerns related to the practices, the teacher involvement in the students' education, and the students' adaptation to clinical culture. The students reported positive perceptions concerning self-managing and organizing practices via a mobile application. However, problems emerged regarding transparency, the lack of feedback, and the need for new tools. Regarding the teaching styles, the facilitator and personal models were perceived as optimal, but the personal style had no effect on using or not using a tool. Conclusions: A mobile-learning application designed like an educational opportunities' manager tool can probably promote self-directed learning, flexible teaching, and bidirectional assessments. However, teachers who employ a personal teaching style may not need either checkerboards or a tool. This solution supports teaching at hospitals in pandemic times without checkerboards. [ABSTRACT FROM AUTHOR]

This article was migrated. The article was marked as recommended. Background: Telehealth, including Telemedicine, is the use of electronic communications technology to provide healthcare at a distance. There is a growing need to train future physicians to be adept and knowledgeable of telehealth. The Association of American Medical Colleges (AAMC) recently defined six core competency domains for Telehealth for medical residents and attending physicians. Methods: A multidisciplinary team of medical educators, Telemedicine practitioners, instructional technology experts and a senior medical student designed a Telemedicine curriculum centered on five primary educational activities. Training moved progressively from novice Telemedicine experiences to Telemedicine encounters with standardized patients and post-encounter debriefs to promote active learning, engagement, and self-regulation. The Telemedicine curriculum was prioritized and delivered to the entire class of 2022 (114 third-year medical students). Results: Student satisfaction surveys and post formative quiz items were used to assess the impact of the Telemedicine Curriculum. Over 95% of surveyed students agreed or strongly agreed the course was organized and helpful in developing clinical skills in preparation for clerkship. Students particularly valued the opportunity to engage in patient encounters while learning Telemedicine-specific patient safety and communication skills. Conclusion: With careful attention to instructional design, active learning formats that are historically successful in face-to-face settings can be equally successful in virtual settings. Standardized patients and peers can be trained to provide appropriate feedback in the right virtual setting., (Copyright: © 2021 Abrams MP et al.)