ABSTRACT
Globally, there are currently three major competency models for healthcare professions education: CanMEDS 2015 in Canada, Accreditation Council for Graduate Medical Education Six-Competency model in the United States, and Tomorrow's Doctors in the United Kingdom. An investigation by the Revision Committee for the Japanese National Model Core Curriculum revealed that these competency models had been utilized in seven countries. In each country investigated for revision, medical schools were allowed to implement these major competency models flexibly. Although each university has a high degree of freedom in curriculum design and educational delivery, each country is regulated by a quality assurance system that requires accreditation by the World Federation for Medical Education (WFME) and other organizations. The 2022 Revision of the Japanese National Model Core Curriculum has also been translated into English and released to the global audience in the field.
ABSTRACT
The Model Core Curriculum (Core Curriculum) is a "model" that systematically organizes the "core" parts of a university "curriculum," which all universities should work on in common. This section describes the part of the Core Curriculum revision that is related to digital transformation (DX). In order to disseminate the Core Curriculum, prepare for future changes, and support the collaborative work of many experts, the DX of the Core Curriculum included the introduction of data and the digitalization of the Core Curriculum work process. The digitization of the core curricula has made it possible to search for and browse through them on a website, distribute them in multiple formats such as Excel files and csv files, and link them to various software such as electronic syllabi and data analysis software. The digitalization of the work process has enabled multiple members to revise the core curricula in parallel. In the future, more personnel will need to support the introduction of such digital technology and a wider range of data.
ABSTRACT
In the 2022 Model Core Curriculum for Medical Education in Japan, "Chapter 3, Educational strategies and assessment" section II. "Learner Assessment," consists of three parts : II-1. Approaches to learner assessment, II-2. Assessment methods, and II-3. Questions about learner assessment. Based on the idea that "the way assessment is done varies from institution to institution," the answer to the "Question" is deliberately not included. We hope that readers will refer to this chapter when planning learning assessments in curriculum development while considering the curriculum's background and context.
ABSTRACT
In the 2022 revision of the Model Core Curriculum, a new "Educational Strategies and Assessment" section was added as a further development in outcome-based education. By adding a chapter on strategies and evaluation, which is an important element of the curriculum, and linking it to qualities and abilities, we have devised a way for learners and instructors to make use of the Core Curriculum more easily. In addition, 11 example of strategy and assessment cases are included as Good Practice to encourage practical application. However, since these are only examples, we hope this chapter will be further developed as universities create strategies and evaluations that make the most of their unique characteristics.
ABSTRACT
Following the revision of the structure and content of the Model Core Curriculum for Medical Education to be more outcome-based and the legal status of the medical practice performed by medical students in the clinical clerkship, we have revised the Guideline for Participatory Clinical Clerkship. The following items were revised or newly described : significance of enhancing the participatory clinical clerkship, scope of medical practice, confidentiality, patient consent, patient consultation and support service, objectives of the clinical clerkship, simulation education, departments where the clinical clerkship is conducted, assessment in the clinical practice setting, CC-EPOC, and entrustable professional activities. A foundation has been established to promote seamless undergraduate and postgraduate medical education. However, future work is needed to examine the specific level of performance expected at the end of the clinical clerkship and department-specific clinical practice goals and educational strategies.
ABSTRACT
In this revision, we have attempted to align the Model Core Curriculum for Medical Education competency, "problem-solving ability based on specialized knowledge," with the "Standards of National Examination for Medical Practitioners." The major diseases and syndromes in "Essential Fundamentals" correspond to the basic diseases in Table 1 of the Core Curriculum, symptoms, physical and laboratory examinations, and treatment in "General Medicine" correspond to the items in Table 2 of the Core Curriculum, and the diseases in "Medical Theory" correspond to the diseases in PS-02 of the Core Curriculum. The validity of the diseases in the Core Curriculum was verified using the evaluation results of the examination level classification of the "Research for Revision of National Examination Criteria." Approximately 690 diseases were conclusively selected. This revision mentions the number of diseases in the Core Curriculum for the first time. Hopefully, this will lead to a deeper examination of diseases that should be studied in medical schools in the future.
ABSTRACT
Due to the importance of developing physicians' competencies to utilize information, science, and technology, the 2022 revision of the Model Core Curriculum for Medical Education newly established guidelines for qualities and competencies, which it refers to as "Competencies to utilize information, science, and technology." The Model Core Curriculum outlines these qualities as "understanding the ever-developing information society and practicing medical research and treatment while utilizing information, science and technology such as artificial intelligence." The guidelines are organized by the three perspectives of "ethical viewpoints and rules for dealing with information, science and technology," "principles of information, science and technology necessary for medicine and its surrounding society," and "utilization of information, science and technology in the medical field." The objectives of the course were set from the three perspectives of "ethics and rules for dealing with information, science and technology," "principles of information, science and technology necessary for medicine and the society surrounding it," and "utilization of information, science and technology in medical practice." We looked back on the process of formulating these qualities and competencies, which will become increasingly important, and discussed their future prospects.
ABSTRACT
The basic policies of the 2022 revision of the Model Core Curriculum for Medical Education are : (1) revision of the basic qualities and abilities required of physicians in society in 2040 and beyond, (2) further development of outcome-based education (reorganization of learning objectives and the addition of a chapter on strategy and assessment), (3) consistency with legal and institutional changes in physician training, (4) streamlining and digitization of the document, (5) improvements to future researcher training and development, (6) evidence-based Model Core Curriculum content, and (7) Partial standardization with the core curricula of dentistry and pharmacy. Major points of revision include the addition of "Generalism" and "Information Technology " to the list of qualities and abilities, reorganization of diseases are to be consistent with the national examination, description of infectious diseases are to based on actual clinical practice, and "basic departments/specialties for participatory clinical clerkship" following discussion with JACME.
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At the 71st Annual Meeting of the Japan Society for Oriental Medicine in August 2021, we conducted a special program focusing on education in Kampo medicine, “Pre-graduate and post-graduate Kampo medicine education for the next generation.” As part of this project, we directed a symposium on the model core curriculum (core curriculum) in medicine, dentistry, pharmacy and nursing. The core curriculum in these fields includes Kampo education. Each institution shall promote education in accordance with the core curriculum, considering the characteristics of the field and the circumstances of the educational institution. We introduced the core curriculum in each field, and summarized and reported the current status of Kampo education in the field, points to note and suggestions for multidisciplinary cooperation, issues related to clinical practice and lack of educators, and future prospects.
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Background: The aims of the present study were to reveal the impact of the introduction of social medicine training one year earlier in a new university curriculum on subjective/objective evaluation of medical students, and to discuss the readiness of said students. Methods: In this natural experiment study, subjects comprised 73 third- (n = 31) and fourth-grade (n = 42) medical students who participated in social medicine training, namely “Family Health Practice Tutorial,” in 2017. The data consisted of student’s self-assessment and assessment from clients. The associations between these assessments and student grade were analyzed using the Mann-Whitney U test and ordinal logistic regression. Results: The score for “Language” in the assessment from the clients was significantly lower in the third-grade students than in the fourth-grade students after adjustment for gender (odds ratio = 0.147; 95% confidence interval = [0.027, 0.797]). Discussion: Insufficient readiness for language to residents in the community was found in third-grade medical students. Advanced communication training prior to practice for third-grade students may contribute to sustainable social medicine training in the community.
ABSTRACT
In the past, pre-graduate medical education and clinical training have not been sufficiently discussed and consistent training of physicians has not been carried out because the entities that implement the studies are different. In order to realize high quality pre-graduate education and post-graduate clinical training, and to promote seamless training of physicians, it is necessary to establish a system of medical education. It is also necessary to consider the outcomes of pre-graduate medical education and clinical training to maintain consistency in the review of clinical training system for physicians in 2020. This paper discusses the Model Core Curriculum for Medical Education and clinical training from the perspective of outcome-based education for consistent physician training.
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In Japan, the model core curriculum for pharmacy education was revised in 2013 and a topic related to pharmacoeconomics was added. A questionnaire survey was conducted to clarify the current situation of teaching this topic in schools of pharmacy. In an annual meeting of social pharmacy education in October 2017, a purpose this survey was explained and asked someone who had taught this topic in each school to answer questions. A total of 61 schools responded by mails or e-mails among 74 schools across Japan (82.4% response rate). About 68% of schools, the topic was taught as a part of required subjects. Main keywords related to analytical methods such as cost-effectiveness, ICER, and QALY were covered at 90% and over of all schools. However, utilization for healthcare decision making process was rarely discussed with case analysis (21.6%). Only limited schools answered that they included keywords of HTA and guideline. More than 90% of schools showed that preparation of syllabus and slides for the lecture was helpful. The survey indicated that contents taught in each school differed across schools and an appropriate educational tool would be required to standardize way of teaching under the core curriculum requirements.
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In accordance with the new model-core-curriculum for medical education, the current status of education about the science of radiation health was surveyed in all medical schools in Japan. Among the four learning points related to the “Biological effects of radiation and radiation hazards” , about half of the schools covered issues on “radiation and human body” and the “effect of medical radiation exposure” in one, or less than one, 60-minutes class, but did not touch on “radiation risk communication” and “radiological disaster medicine” . A significant deviation of human resources was also observed between schools. Learning tools such as presentation files and video content were preferred as education support materials. Therefore, development and distribution of the learning tools, especially in “radiation risk communication” and “radiological disaster medicine” , may be a first step to promoting high-quality education on the science of radiation health risk in each school’s curriculum.
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Medical education at college is the very first step of life-long learning as a medical doctor. Curricular reforms in Japan took place in the early 21st century, and can be exampled by the development of a model core curriculum, the emergence of the CAT (common achievement test) examination, the development of clinical clerkship and so on. The International accreditation of medical schools has just started spring of 2017. It highlights outcome-based education, which accelerates the connection of undergraduate education with postgraduate training.
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<p>Abstract:</p><p></p><p> This study examined the ability of medical students to self-assess basic clinical competence and learning strategies including simulation-based medical education for sixth-year medical students (n=903) at nine universities in Japan. About 40% of 27 procedures to achieve clinical skills in a model curriculum were taught using simulators with or without clinical training in hospitals. We noted that significant numbers of procedures were not practiced through any learning strategies. Higher self-assessment scores were observed among students in 4 schools who had more frequent learning opportunities through simulation-based education than among those with less frequent opportunities in 5 schools.</p>
ABSTRACT
<b>Objective: </b>This study aimed to enhance Drug Information Practice Experiences (DIPE) in Japan by comparing DIPEs at Tohoku University Hospital (TUH) with Nova Southeastern University (NSU) in the United States, and propose an advanced model of drug information (DI) education in Japan.<br><b>Methods: </b>We performed the following: (i) comparison of both DIPEs based on Model Core Curriculum (MCC) content; (ii) identification of practices which were not part of NSU or TUH DIPE; (iii) comparison of students’ DIPE performance based on MCC: (A) students’ performance without the preceptors and their post-performance approval, (A’) students’ performance without the preceptors and their pre-performance approval, and (B) students’ performance under direct preceptor supervision; (iv) highlighting differences between TUH and NSU DIPEs; and (v) proposing an advanced model of DI education in Japan.<br><b>Results: </b>(i) The NSU DIPE is similar to the MCC. An example difference between NSU and TUH learning strategies was that NSU students responded to the inquiries made by the phone whereas TUH students receive assignments and explanation from preceptors. (ii) DIPE at NSU utilized oral presentations and student interaction in many forms (e.g. journal club, reflection regarding learned topics). On the other hand, DIPE at TUH helped students learn about Medical Representative jobs and educated them in tablet/capsule identification practices. (iii) In contrast, the TUH curriculum limits students’ performance to “experience via dissemination with health professional needs and patients’ needs”. (iv) These clarified points are considered to be differences between DIPE at TUH and NSU. (v) Following analysis of these points, an advanced model of DI education based on responses to DI phone inquiries and oral presentations including a journal club was proposed.<br><b>Conclusions: </b>This study will contribute to improving DI education in Japan.
ABSTRACT
To accurately assess the clinical competencies of medical students at Fukushima Medical University, we have developed a novel online self–assessment system, which covers all goals in the "Model Core Curriculum for Medical Education in Japan." We added "Emergency," "Communication skills with staff," and "Simulation–based learning." Following their clinical clerkships, 79 sixth–year medical students assessed themselves and their clinical clerkships.<br>1)This novel online self–assessment system, consisting of 68 checklists in 15 fields, easily informs us of the actual conditions of clinical clerkships and students' confidence in their clinical competencies.<br>2)This internet–based self–assessment system revealed the current status and problems of clinical clerkships, prompting feedback to clinical instructors and members of the instruction committee.<br>3)Students felt "confident" or "confident to a certain degree" in most learning areas; however, simulation–based learning seems to be necessary in several areas, such as clinical skills, where feelings of shame or discomfort may be associated with patient care.<br>4)Students who had high total self–assessment scores evaluated clinical clerkships favorably. In contrast, students whose self–assessments frequently included "no learning experience" evaluated their clerkships negatively in the educational aspects of "skill" and "attitude."
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1) All students but 1 correctly typed the ABO blood groups, but only 33.2% of students and 63.9% of physicians properly performed cross-matching.<br>2) Most failures in cross-matching were due to the inability to detect allogeneic antibodies, but 5.2% of students and 2.9% of physicians failed to detect ABO mismatching.<br>3) Although laboratory practice is suggested to help students to solidify knowledge and comprehend principles, achieving an official goal of residency - gaining competence in performing and interpreting cross-matching independently - appeared difficult.
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A model core curriculum proposed by the government in 2001 outlined the core structure for undergraduate medical education, in which a kampo medicine educational program was established to teach holistic medicine. Eighty Japanese medical schools have attempted to implement this program. We presented lectures on kampo herbal medicine as part of practical training in kampo focusing on clinical pharmacology and using a team-based format. This experience-based program aims to promote active learning of kampo herbal medicine among students. 1) After 116 4th-year students at Tokai Medical University had listened to 6 units of general lectures on the basic theory of kampo medicine, they received practical training comprising 3 units of kampo medical practice, acupuncture, and kampo herbal medicines in small groups of approximately 13 students (12 students, 3 groups; 13 students, 4 groups; and 14 students, 2 groups).2)For experience-based learning about kampo herbal medicine, each group was divided into 2 teams of students who practiced and worked on assignments so that they could understand herbal medicine from the viewpoints of both physicians and patients.3) By preparing keishito using Cinnamomi Cortex, whose production areas and quality differ, students learned the fundamental mechanism of kampo medicine through team discussions of their subjective sensory assessment of the herbal medicine keishito and the objective analysis of the main ingredients of Cinnamomi Cortex. 4) Group A (40 students, 6 teams) took the examination 2 days after the practice, and group B (76 students, 12 teams) took the exam before the practice. Group A did not show any correlation between examination results and interest levels in kampo herbal medicine, and all students but 1 correctly answered 60% or less of the questions. Group B showed a positive correlation between interest levels and examination results, and 6 students correctly answered less than 60% of the questions.5)The present practice could be effective in motivating students in kampo medicine.
ABSTRACT
I) In most medical schools, the diseases of organ systems are divided within an integrated curriculum and are not taught in order, however, this situation will improve if several conditions are fulfilled.<BR>2) The conditions that should be fulfilled are maintaining sufficient time for teaching general pathology and for bedside learning in the hospital's department of pathology.<BR>3) Examples of training methods in the pathology of organ systems devised at various medical schools include the use of a virtual slide system, the presentation of surgically resected material, and practical training at a hospital's department of pathology.