Medical Teacher最新文献

Teachers have different perceptions of how to enhance student learning. Whereas some take a teacher-centred perspective, others lean more towards a student-centred approach. Many studies in higher education have invoked Korthagen's onion model (2014) to explain how teachers' perspectives can impact their teaching practices. Spanning six interrelated layers, this model contains both outer (environment, behaviour, competencies) and inner (beliefs, identity, and mission) aspects. Focusing essentially on teachers' outer aspects, previous studies have paid scant attention to how particular situations affect teachers' inner aspects and, consequently, how teachers perceive student-centred learning. In this descriptive qualitative study, we explored situations that encouraged or discouraged teachers to embrace student-centred beliefs, identities and missions. We held three focus-group discussions with 18 teachers from two Indonesian medical schools, performing a thematic analysis of the data thus obtained. We found that certain situations made teachers reflect on their inner aspects, which either favourably or adversely affected their acceptance of a student-centred learning approach. Teachers' outer aspects (i.e. their prior problem-based teaching and learning experiences, learning situations from their own training as well as clinical duties) strongly interacted with their inner aspects, thereby shaping their teaching perspectives. Understanding how specific situations can influence teachers' inner aspects might help institutions to design faculty development programmes that address teachers' specific educational needs.

Purpose: Medical educators have increasingly focused on the systemic effects of racism on health inequities in the United States (U.S.) and globally. There is a call for educators to teach students how to actively promote an anti-racist culture in healthcare. This scoping review assesses the existing undergraduate medical education (UME) literature of anti-racism curricula, implementation, and assessment.

Methods: The Ovid, Embase, ERIC, Web of Science, and MedEdPORTAL databases were queried on 7 April 2023. Keywords included anti-racism, medical education, and assessment. Inclusion criteria consisted of any UME anti-racism publication. Non-English articles with no UME anti-racism curriculum were excluded. Two independent reviewers screened the abstracts, followed by full-text appraisal. Data was extracted using a predetermined framework based on Kirkpatrick's educational outcomes model, Miller's pyramid for assessing clinical competence, and Sotto-Santiago's theoretical framework for anti-racism curricula. Study characteristics and anti-racism curriculum components (instructional design, assessment, outcomes) were collected and synthesized.

Results: In total, 1064 articles were screened. Of these, 20 met the inclusion criteria, with 90% (n = 18) published in the past five years. Learners ranged from first-year to fourth-year medical students. Study designs included pre- and post-test evaluations (n = 10; 50%), post-test evaluations only (n = 7; 35%), and qualitative assessments (n = 3; 15%). Educational interventions included lectures (n = 10, 50%), multimedia (n = 6, 30%), small-group case discussions (n = 15, 75%), large-group discussions (n = 5, 25%), and reflections (n = 5, 25%). Evaluation tools for these curricula included surveys (n = 18; 90%), focus groups (n = 4; 20%), and direct observations (n = 1; 5%).

Conclusions: Our scoping review highlights the growing attention to anti-racism in UME curricula. We identified a gap in published assessments of behavior change in applying knowledge and skills to anti-racist action in UME training. We also provide considerations for developing UME anti-racism curricula. These include explicitly naming and defining anti-racism as well as incorporating longitudinal learning opportunities and assessments.

What was the educational challenge?: Ophthalmoscopy is a challenging skill to learn but essential for identifying ophthalmic pathology. Typically, there are few opportunities for early learners to practice this skill in the non-clinical setting.

What was the solution?: We sought to develop a model eye for the practice of direct and indirect ophthalmoscopy, with realistic dimensions and fundus images, using accessible and affordable supplies.

How was the solution implemented?: A simple model eye was created with over-the-counter materials. A free software program was used to modify fundus photographs so that they could be molded to the posterior pole of the model eye.

What lessons were learned that are relevant to a wider global audience?: This model eye can be implemented globally given the simple and affordable construction process to facilitate practice of the ophthalmoscopy technique.

What are the next steps?: Formally assessing the efficacy of our model eye teaching tool with learners, using both self-reported and objective methods.

Purpose: The purpose of this scoping review is to assess the literature on allied health professions escape rooms (AHPERs), investigating their common purposes and practices, and the trends in scholarship.

Methods: This scoping review followed PRISMA-ScR guidelines to assess the size and scope of evidence in the literature, categorize common purposes and practices, and explore trends in AHPER scholarship. Two reviewers developed a review protocol, collected literature using a search strategy aligned with inclusion criteria, and charted review results.

Results: The literature search yielded 6,170 articles. After the final review, 34 unique records met inclusion criteria. Studies were conducted in the United States, Spain, Australia, France, Brazil, and Canada. Most escape rooms reported participants, team size, puzzle type, and outcomes, but few used causal research designs, primarily using pre-post with no control designs. AHPERs represent an increasingly popular pedagogical approach. AHPERs tend to be simply structured, patient themed, and convey either disciplinary or interprofessional lessons. Generally, AHPERs were self-reported as effective and satisfying, but scholarship supporting AHPERs was insufficient in design for causal claims.

Conclusion: Developers and scholars may benefit from considering frameworks and guidelines for consistent creation and increased trustworthiness in the AHPER practice and knowledge base. Where AHPER scholars can increase attention to learning outcomes, and plan scholarly works in advance of the escape room, the AHPER body of knowledge will increase.

Purpose: The inclusion of quality improvement (QI) and patient safety (PS) into CanMEDS reflects an expectation that graduating physicians are competent in these areas upon training completion. To ensure that Canadian postgraduate specialty training achieves this, the translation of QI/PS competencies into training standards as part of the implementation of competency-based medical education requires special attention.

Methods: We conducted a cross-specialty, multi-method analysis to examine how QI/PS was incorporated into the EPA Guides across 11 postgraduate specialties in Canada.

Results: We identify cross-specialty variability in how QI/PS is incorporated, positioned, and emphasized in EPAs and milestones. QI/PS was primarily referenced alongside clinical activities rather than as a sole competency or discrete activity. Patterns were characterized in how QI/PS became incorporated into milestones through repetition and customization. QI/PS was also decoupled, conceptualized, and emphasized differently across specialties.

Conclusions: Variability in the inclusion of QI/PS in EPAs and milestones has important implications considering the visibility and influence of EPA Guides in practice. As specialties revisit and revise EPA Guides, there is a need to balance the standardization of foundational QI/PS concepts to foster shared understanding while simultaneously ensuring context-sensitive applications across specialties. Beyond QI/PS, this study illuminates the challenges and opportunities that lie in bridging theoretical frameworks with practical implementation in medical education, prompting broader consideration of how intrinsic roles and emergent areas are effectively incorporated into competency-based medical education.

In this guide we provide instructions and recommendations about creating and running escape rooms for healthcare education. In recent years there has been a growing interest in adopting escape rooms as an educational tool to be included in healthcare curricula, and we attempt to explain why and how these tools are fit for the particularities of this type of education. We first describe the steps that a design team will have to follow to create an educational escape room from scratch, from core characteristics like target audience and learning goals to actual puzzle design and testing. We then continue by providing recommendations to operators and lecturers about how to run such escape room as part of an overall teaching session that also includes a lecture, briefing, debriefing and evaluation. We finalise this guide by listing a set of tools for validating and evaluating these types of escape rooms.