SEARCH · PubMed Health
Explore indexed PubMed citations for clinical trials, systematic reviews and public health research. Read source abstracts and follow each citation to its original PubMed record.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Changes in medical education towards a student-centered, problem-based learning, with continuity care experience in ambulatory settings have been recommended. The University of South Dakota School of Medicine has developed such an educational model for third year medical students named the Yankton Model Program and is herein described.
The "Malmö-Model"--a new approach to dental education--is based on four principles: Oral Health, Integration, Team-Work and Problem-Based Learning. These principles are described and so is the interdisciplinary and interdepartmental organization of the curriculum.
University learning can be either teacher centered or student centered. Problem-based self-directed learning in the context of small groups provides students with an opportunity to take greater responsibility for their own learning. In problem-based learning, process and content are inextricably linked, with the three cardinal elements being the students, the tutors, and the problems. The design of such an undergraduate course in pharmacology is described, and the implications for teaching physiology are discussed.
With the increased interest in problem-based, small-group learning in medical education, a debate has arisen about whether the tutor should be an expert in the subject under discussion. This 1988 study at Harvard Medical School demonstrates that tutors' expertise has important effects on the process of discussion in a problem-based tutorial. In comparing discussions of subjects in which the tutors described themselves as expert with those in which they did not, the authors found that the tutors with expertise tended to take a more directive role in tutorials: they spoke more often and for longer periods, provided more direct answers to the students' questions, and suggested more of the topics for discussion. Tutor-to-student exchanges predominated, with less student-to-student discussion. These effects endanger an important goal of problem-based learning: the development of students' skills in active, self-directed learning.
BACKGROUND: Cultural concepts such as cultural intelligence, awareness, competency and safety are essential in guiding culturally responsive care in health professional practice. Pharmacist preceptors play a pivotal role in sharing both clinical and cultural safe practice with pharmacy students. Culturally responsive care can contribute to achieving health equity, which is especially important for Indigenous communities. AIM: To review literature on cultural concepts in pharmacist preceptorship practices, and how these concepts are taught and communicated to pharmacy students during experiential learning. METHOD: The systematic review followed the PRISMA 2020 guideline. Scopus, PubMed, and Google Scholar were used to identify articles specific to pharmacist preceptors and pharmacy students published between 2015 and 2025, and available in English. RESULTS: Three full-text articles met the inclusion criteria. Major themes and subthemes were identified; pharmacist preceptors lacked preparedness to teach cultural concepts, resulting in variability in preceptors' understanding of cultural concepts and confidence in fulfilling preceptor responsibilities, underutilised structured frameworks to guide students' learning, challenges with preceptorship due to limited resources and support, and the influence of preceptorship on student learning, which impacted students' learning and competency. CONCLUSION: Pharmacy students had minimal exposure to culturally informed pharmacist preceptorship. It is likely that pharmacist preceptors require country-specific educational resources to support culturally safe preceptorship. Future research is required to substantiate these findings, and to guide culturally responsive practice and promote equitable health outcomes in diverse populations.
Reform in medical education is gaining momentum through the efforts of organizations such as the World Federation for Medical Education. Through the advocacy of such bodies, educational priorities have been redefined to widen the range of educational settings, upgrade evaluation systems and promote the training of teachers as educators. A system of medical teaching has been developed which addresses these issues. It is known by the acronym SCORPIO. The key elements of the system are that it is Structured, Clinical, Objective Referenced, Problem-based, Integrated and Organized. SCORPIO involves delivering a syllabus through a series of lecture-demonstrations at which students, teachers and patients gather at a defined area. Following a short introductory lecture, students rotate in small groups, through a series of teaching stations. These stations are structured to provide students with a problem-based, integrated learning experience. Assessment stations may be included before, during or after the teaching circuit. The teaching system has been formally evaluated over a period of time and now has an established place in the curriculum of this medical school.
In the academic year 1989-90, the department of surgery at one college of medicine revised its third-year clerkship to focus on students' learning decision-making skills and critical thinking (cognitive skills) and acquiring knowledge about surgery. Learning to perform procedures and tasks (psychomotor skills) would be accomplished in the required fourth-year acting internships. Problem-based learning (PBL) was chosen as the clerkship's primary instructional method. Comprehensive student and program evaluation systems were established. The response by faculty and students has been very positive. Students believe that the new clerkship has helped them increase their abilities in resource use, time management, and retention of knowledge. Faculty have noted students' increased eagerness and enthusiasm for learning.
OBJECTIVE: To determine self-reported microcomputer and information technology competency, access, and usage by entering medical students and their perceptions of the need for training in additional applications. DESIGN: Cross-sectional surveys of successive classes. SETTING: McMaster University Faculty of Health Sciences Medical Undergraduate Program, which has a 33-month, problem-based, self-directed learning curriculum and a high applicant-to-student ratio. PARTICIPANTS: Medical school classes entering in 1987, 1988, and 1989. Response rates were 80%, 90%, and 86% respectively. MEASURES: A self-report questionnaire was sent to each student, with up to two follow-up letters to prompt a response. RESULTS: There was a progressive rise in reported information technology access and use for the three years. For the classes starting in 1987, '88, and '89 respectively, computer access was 29%, 49%, and 49% (P < 0.002 for linear trend), and, among those with computer access, modem access was 17%, 29% and 50% (P = 0.012). Self-service MEDLINE use on CD-ROM at the Health Sciences Library was 65%, 75%, and 89% respectively (P < 0.001) for all respondents within the first few months of starting medical school. Over 50% of each class stated they would take courses, if available, on clinical applications software, office management, online searching, filing, and CD-ROM searching. CONCLUSIONS: Half of the most recent entering students already had access to a personal computer and most wished to learn computer applications that would assist them with patient management, and with information access and organization. Medical schools need to address which applications they will teach or make available and how to bring all students to acceptable competency in their use.
The objective structured clinical examination (OSCE) was modified to serve as a means of self-assessment and learning, rather than as an examination. The main modifications were to adapt it for use by small groups instead of individuals, and to provide a correct answer or other feedback at each station. The resulting group OSCE (GOSCE) was used as an introductory session in two residential refresher courses for general practitioners. The 300 participants rated it highly as a method of self-assessment and as an enjoyable social event. Four potential applications of the GOSCE are suggested: as an assessment instrument for formative and informal summative assessment, as a resource for learning about interpersonal and interprofessional relationships, and as a framework for problem-based short courses.
Explore the source record for details and available documents.
The College of Medicine and Medical Sciences of the Arabian Gulf University (CMMS-AGU) in Bahrain is, in its innovativeness, unique in the region in that a problem-based strategy is used in the planning and implementation of the curriculum. The first batch of graduates have completed their internship programme in the different countries of the region. This paper presents an evaluative study of the outcome of the programme in relation to the institutional goals. Assessment of the intern's performance in clinical competence, interpersonal relations, self-directed learning, and their relative standing vis-à-vis graduates from other schools was done by supervisors. The findings of the study confirm the relative merits of the problem-based curricular strategy in medical education.
We developed a required, longitudinal course for first-year medical students that addressed the patient-doctor relationship. Our course linked understanding patients' experiences and perspectives on illness with listening to, talking with, and establishing a rapport with patients while obtaining their medical histories. Learning was enhanced by use of an interdisciplinary faculty and by small-group continuity and faculty mentoring. Our curriculum adapted problem-based, self-directed educational methods to convey medical humanism. We focused on bedside interviewing as the means for exploring patients' social, emotional, and ethical concerns.
The decade of the 80's has seen the implementation of the problem-based curriculum (PC) (also called "parallel" or "student-centred" curriculum) in several medical schools in the United States. This new educational technique emphasizes active student participation and a hands-on learning process supplemented by judicious intervention by the faculty teachers. The students (often volunteers) are usually selected for their motivation rather than for highest intelligence or class ranking. For a period of two years, they meet twice or thrice-weekly in group sessions to explore problem cases developed by faculty for that special purpose. We describe the parallel curriculum here in some detail and suggest that medical educators in India give serious consideration to implementation of such a curriculum or its modification in their institutions. Medical graduates will benefit from the hands-on emphasis of this curriculum as well as the development of a disciplined approach in the handling of clinical problems. PC diminishes the stress levels associated with the traditional curriculum and lets the students play an active role in their education. PC will make them better prepared to face challenges during their clinical years and subsequent careers and should offset some of the weaknesses in the current educational system.
This paper describes the development of consultancy groups in behavioral science, epidemiology and biostatistics, and information science in a required community medicine rotation with a twenty year history. The addition of consultants to individual student tutors and field preceptors has led to a structure which promotes student-project flexibility, development of critical assessment skills and independent learning while maximizing faculty expertise and effectiveness.
A survey was conducted among graduates of two Canadian medical schools who have been in practice for more than 9 years. The purpose of the study was to test the hypothesis that graduates of a problem-based curriculum differ from graduates of a traditional curriculum in their attitude to and participation in continuing medical education (CME) activities. Differences were noted in the rate of participation in certain CME activities (attendance at national and international conferences and meetings) between specialists and family doctors in both groups of alumni. However, the data indicate that the differences in learning-teaching methods employed in the course of the undergraduate medical curriculum do not exert a decisive influence upon the learning habits of the graduates.
The 3-year medical school program at McMaster University encourages an approach to learning a physician can apply throughout his or her career. The program has four phases and provides early exposure to relevant clinical material. In phase 3, the basic science phase, the structure and function of organ systems in health and disease are studied. Understanding the mechanisms of disease in order to be able to relate clinical symptoms and signs to physiologic and pathologic processes is emphasized. The four 10-week units deal with groups of organ systems. The "blood and guts" unit teaches the student hematology and gastroenterology through a variety of problem-based methods. Specialists in the relevant scientific disciplines influence selection and construction of the problems presented. The students are evaluated by the faculty tutor on their accomplishment of specific objectives related to their competence in solving biomedical problems.
A questionnaire designed to measure knowledge about childhood asthma was completed by 216 of the 311 (69%) undergraduate medical students at the University of Newcastle. First year students had a mean score of 16.2 (maximum possible score was 31) which was similar to the background community score of 13.0 obtained in a group of parents with no close contact with asthma. Knowledge about asthma increased over each of the 5 years of the medical course. Final-year students had a mean score of 28.7 (range: 25-31) which was similar to a group of parents thought by their paediatricians to have a high level of knowledge about asthma (mean: 25.3, range: 18-31). The progression of knowledge over the 5 years of the course provided interesting information about the learning process. Although second year students completed the questionnaire after a term devoted to coursework in respiratory medicine, only 26% were able to name two preventive agents and 21% named three agents useful during acute attacks of asthma. Third year students gave correct responses in 39 and 45% of cases, respectively, and the correct response rates rose to 78 and 97% in the fifth year. This was probably because the theoretical knowledge needed to be acquired and tested against a clinical scenario before it could be used. The study demonstrated an increase in knowledge about asthma throughout the problem-based medical course. In addition to providing information about the educational process, it provided information about the questionnaire which was able to measure a range of knowledge and not just extremes of asthma knowledge.
The increased interest, in North America and around the world, in problem-based and community-oriented medical curricula has sparked interest in the evaluation of these innovative programs. In January 1989, the Josiah Macy Jr. Foundation sponsored a conference to consider designs for evaluation studies and the potential distinctive outcomes of the innovative curricula that might be foci of these studies. After defining an "innovative curriculum," the participants identified seven characteristics of "important evaluation studies," particularly endorsing studies that compare curricula as whole entities. The participants then identified 26 areas where differences between graduates of innovative and traditional curricula might be expected, and five equally important areas where differences are not expected. Distinctive outcomes of innovative curricula were anticipated in areas such as interpersonal skills, continuing learning, and professional satisfaction. Overall, these recommendations are offered to stimulate creative evaluations of the growing number of innovative programs in medical education.