No abstract available.
Bromocriptine* ; Dopamine Agonists* ; Dopamine* ; Fertility* ; Hyperprolactinemia* ; Lisuride*

No abstract available.
Insulin*

In Korea, many medical schools have adapted their curricula to the recent paradigm shift introducing a professional graduate school system with universal accreditation criteria for medical education. This rapid transformation has driven the new adoption of system-based integrated curriculum, problem-based learning, team-based learning, and competency-based assessment. In the hundred years since the publication of Flexner's report that suggested a two-phase educational structure consisting of a basic science didactic curriculum followed by the practicum of clinical clerkships, there have been many advancements in curriculum development for medical education. Medical education is undergoing a major paradigm shift from structure- and process-based to competency-based education utilizing outcome-based assessments. The authors reviewed the existing medical literature to provide practical insight into the clinical presentation curriculum introduced by University of Calgary in 1994, developing a roadmap to accomplish full implementation and evaluation. In the clinical presentation based curriculum, schemata (schemes) are organized by experts from terminal objectives, and are considered to have two functions: first, to serve as frameworks around which students can learn new information and secondly, to provide an approach to clinical problem solving. We conclude that there should be further meticulous review of this new system and a prospective evaluation of the students' ability to benefit from it before launching a program based on the indiscreet adoption of a fashionable curricular reform.
Accreditation ; Adoption ; Clinical Clerkship ; Collodion ; Competency-Based Education ; Curriculum ; Decision Support Techniques ; Education, Medical ; Humans ; Korea ; Learning ; Problem Solving ; Problem-Based Learning ; Publications ; Schools, Medical

The polyglandular autoimmune syndrome designates the dysfunction of endocrine and nonendocrine system involving two or more organs on the basis of an autoimmune mechanism. The autoimmune nature of these diseases has been based on the presence of lymphocytic infiltration in the affected gland, organ specific autoantibodies in the serum, cellular immune defects and an association with the HLA DR/DQ genes or immune response genes. This syndrome is usually classified into three classes and their etiology or pathogenesis is still not completely understood. A 28-year-old woman developed vitiligo and insulin dependent diabetes mellitus during the treatment of Graves' disease with antithyroid drug. She had a tendency of spontaneous ketonemia and serum c-peptide levels were low(0.21, 0.16ng/mL: fasting and glucagon stimulated). Thyrotrophin binding inhibitor immunoglobulin and pancreas iIslet cell cytoplasmic antibody were positive. We report here a case of polyglandular autoimmune syndrome, type III manifesting Graves' disease, vitiligo, and insulin dependent diabetes mellitus.
Adult ; Autoantibodies ; Bone Diseases ; C-Peptide ; Cytoplasm ; Diabetes Mellitus ; Fasting ; Female ; Genes, MHC Class II ; Giant Cells ; Glucagon ; Granuloma ; Graves Disease ; Humans ; Immunoglobulins ; Insulin ; Ketosis ; Pancreas ; Pedigree ; Thyrotropin ; Vitiligo

PURPOSE: The aim of the study was to introduce our experience of establish task-based learning outcomes for core clinical clerkships. METHODS: We first define our educational goal and objectives of the clinical clerkship curriculum according to knowledge, cognitive function and skill, and attitude. We selected clinical presentations and related diseases with expert panels and allocated them to core clinical departments. We classified doctor's tasks into 6 categories: history taking, physical examination, diagnostic plan, therapeutic plan, acute and emergent management, and prevention and patient education. We described learning outcomes by task using behavioral terms. RESULTS: We established goals and objectives for students to achieve clinical competency on a primary care level. We selected 75 clinical presentations and described 377 learning outcomes. CONCLUSION: Our process can benefit medical schools that offer outcome-based medical education, especially for clinical clerkships. To drive effective clerkships, a supportive system including assessment and faculty development should be implemented.
Clinical Clerkship ; Curriculum ; Education, Medical ; Humans ; Learning ; Patient Education as Topic ; Physical Examination ; Primary Health Care ; Schools, Medical

This study examined ways of promoting research in the medical sciences by evaluating trends in research funding, and the present status of research funding by the Korea Science and Engineering Foundation (KOSEF). This study analyzed statistics from KOSEF from 1978 to 2003 to examine support for research. In medical science field, group-based programs receive more funding than do individual-based programs. The proportion of research funds allocated to the medical sciences has increased markedly each year. Researchers in the medical sciences have submitted more articles to Science Citation Index (SCI) journals than to non-SCI journals, relative to other fields. Researchers supported by the Mission-Oriented Basic Grants program have published the majority of these papers, followed by those supported by the Programs for Leading Scientists, Regional Scientists, Leading Women Scientists, Young Scientists, and Promising Women Scientists, in that order. Funding by KOSEF reflects many decades of government support for research and development, the development and maintenance of necessary infrastructure, and the education and training of medical scientists.
Biomedical Research/*economics ; Foundations/*economics/statistics & numerical data ; Humans ; Korea ; Research Support/*economics/trends ; Research Support, Non-U.S. Gov't ; Science

The aim of this report was to discuss the development and content of a guide on clinical performance and basic clinical skills for medical students. We published the first edition of this guide in 2010 and will publish the second edition in 2016. Initially, we took a survey on important clinical presentations and fundamental clinical and technical skills in 41 medical schools in Korea. Ultimately, we chose 80 core clinical presentations and 56 clinical skills. In the guide to basic clinical skills, we described the physical examination and technical skills according to the preprocedural preparation, procedure, and postprocedural process. In the guide on clinical performance, we reviewed patient encounters-from history taking and the physical examination to patient education. We included communication skills, principles of patient safety, and clinical reasoning schemes into the guides. In total, 43 academic faculty members helped develop the basic clinical skills guide, 75 participated in establishing the clinical performance guide, and 16 advisors from 14 medical specialty societies contributed to the guide. These guides can help medical students approach patients holistically and safely.
Clinical Competence/*standards ; Educational Measurement/*methods ; Humans ; *Practice Guidelines as Topic ; Republic of Korea ; *Students, Medical

The purpose of this report was to describe our experience in planning and developing a portfolio for a clinical clerkship curriculum. We have developed a portfolio for assessing student competency since 2007. During an annual workshop on clinical clerkship curricula, clerkship directors from five Paik hospitals of Inje University met to improve the assessment of the portfolio. We generated templates for students to record their activities and reflection and receive feedback. We uploaded these templates to our school's website for students to download freely. Annually, we have held a faculty development seminar and a workshop for portfolio assessment and feedback. Also, we established an orientation program on how to construct a learning portfolio for students. Future actions include creating a ubiquitous portfolio system, extending the portfolio to the entire curriculum, setting up an advisor system, and managing the quality of the portfolio. This study could be helpful for medical schools that plan to improve their portfolio assessment with an outcome-based approach.
*Clinical Clerkship ; *Clinical Competence ; Competency-Based Education/*methods ; *Curriculum ; Education, Medical, Undergraduate ; Educational Measurement/*methods ; Humans ; Republic of Korea ; *Students, Medical

PURPOSE: The quality of problem representation is critical for developing students' problem-solving abilities in problem-based learning (PBL). This study investigates preclinical students' experience with standardized patients (SPs) as a problem representation method compared to using video cases in PBL. METHODS: A cohort of 99 second-year preclinical students from Inje University College of Medicine (IUCM) responded to a Likert scale questionnaire on their learning experiences after they had experienced both video cases and SPs in PBL. The questionnaire consisted of 14 items with eight subcategories: problem identification, hypothesis generation, motivation, collaborative learning, reflective thinking, authenticity, patient-doctor communication, and attitude toward patients. RESULTS: The results reveal that using SPs led to the preclinical students having significantly positive experiences in boosting patient-doctor communication skills; the perceived authenticity of their clinical situations; development of proper attitudes toward patients; and motivation, reflective thinking, and collaborative learning when compared to using video cases. The SPs also provided more challenges than the video cases during problem identification and hypotheses generation. CONCLUSION: SPs are more effective than video cases in delivering higher levels of authenticity in clinical problems for PBL. The interaction with SPs engages preclinical students in deeper thinking and discussion; growth of communication skills; development of proper attitudes toward patients; and motivation. Considering the higher cost of SPs compared with video cases, SPs could be used most advantageously during the preclinical period in the IUCM curriculum.
Cohort Studies ; Curriculum ; Humans ; Learning ; Methods ; Motivation ; Problem-Based Learning* ; Thinking

PURPOSE: The purpose of this study was to explore the relationships among medical students' assessments on peers' group presentations, instructors' assessments of those presentations, and students' educational achievements in other assignments and tests. METHODS: A total of 101 first-year students from a medical school participated in the study. The students' educational achievements in a 4-week long integrated curriculum were analyzed. Student's final grades were comprised of the following education criteria: two written tests (60%), 15 group reports (25%), one individual report (7%), and four group presentations (15%). We compared scores of the group presentation assessed by the peers and the two instructors. Furthermore, we compared peers' assessment scores with each component of the evaluation criteria. RESULTS: Pearson correlation analysis showed significant correlaton for the assessments between peers and instructors (r=0.775, p<0.001). Peer assessment scores also correlated significantly with scores for the group assignments (r=0.777, p<0.001), final grades on the curriculum (r=0.345, p<0.001), and scores for individual assignments (r=0.334, p<0.001); however, no significant correlation was observed between the peer-assessed group presentation scores and the two written test scores. CONCLUSION: Peer assessments may be a reliable and valid method for evaluating medical students' performances in an integrated curriculum, especially if the assessments are used to academic processes, such as presentations, with explicit evaluation and judgment criteria. Peer assessments on group presentations might assess different learning domains compared to written tests that primarily evaluate limited medical knowledge and clinical reasoning.
Curriculum ; Education ; Educational Status ; Group Processes ; Humans ; Judgment ; Learning ; Methods ; Peer Review ; Schools, Medical ; Self-Evaluation Programs ; Students, Medical*