• Korean Medical Education Review
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• v.20 no.3
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• pp.123-127
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• 2018

Graduate medical education is the most important phase among the three stages of medical education. It links basic medical education and continuing professional development. It is also a critical period in acquiring meaningful knowledge, skills and professionalism. The residents should be able to develop the core common competencies on top of their specialozeds field's expertise, in order to function as independent and qualified physicians. Despite the obvious importance of graduate medical education, the system in Korea has been designed and executed to meet the needs of the hospitals in the perspective of manpower management, rather than to educate and empower the residents. As a result, graduate medical education in Korea lacks clear educational objectives and systemic, resident-centered curriculums. Yet, we have no accreditation body to evaluate graduate medical education programs. In order to normalize graduate medical education, an integrated and unified institution that manages the whole process of the graduate medical education is desperately needed. Special attention should be given to the role of medical schools in educating the core common competencies. The Korean Association of Medical Colleges, the Korean Institute for Medical Education and Evaluation, and the Korean Academy of Medical Sciences should cooperate intimately to establish a new organization for the systemic management and development of graduate medical education.

• Korean Medical Education Review
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• v.15 no.2
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• pp.61-68
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• 2013

During the Japanese colonial period in the Korean Peninsula, Chosun (ethnic Korean) physicians were trained in vocational clinical schools, but Japanese physicians in medical school. Therefore, the Japanese government treated the Japanese physicians as medical doctors but Chosun physicians as dealers or traders in clinical services. This colonial discriminatory policy became a habitual concept to Korean physicians. Because of these traditional concepts regarding physicians, after the colonial period, the newly established Korean government also had the same concept of physicians. Therefore, in 1952, the Korean graduate medical education system was launched under a government clearance system with the claim of supporting medical specialties as clinical dealers or clinical businesspeople. During the last 60 years, this inappropriate customary concept and the unsuitable system have evolved into medical residency training education, and then into graduate medical education. Today graduate medical education has become inextricably linked to postdoctoral work in Korean hospitals.

• Korean Medical Education Review
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• v.14 no.1
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• pp.37-49
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• 2012

The main purpose of this study is to examine the improvement and discourse of the medical education system in Korea since 1990. In particular, this study, focusing on the graduate medical education system initiated in 2002, has explored the discussions that led to the system's establishment and what the context of those discussions. To meet this objective, this study analyzed research report related to the medical education system authored by members of the government and medical community, suggestions to the government, discussion materials, and data with regard to the Medical (Dental) Education Eligibility Test. The improvement of the medical education system in Korea has been an important issue in education reform by the expansion of the number of years of higher education, the requirements for increased levels of professional knowledge by improving public educational standards, and the basic formation policy of higher education consisting of graduate school, special graduate school, and professional graduate school. Nevertheless, the views of the government and the medical community on improving medical education system have made an obvious difference. This was due to different aims about how to improve the medical education system and different perception of the degree and medical education system. The medical community at least tended to prefer the status of academic positions over professional positions. The policy of medical education for people with a bachelor's degree which was introduced in 2002 spread to many colleges of medicine based on the government's administrative and financial support policy. Even so, the absence of accompanying policy by the relevant government agencies and department of education, which could have ensured the success of the system, has led to continued debate. In conclusion, without a consistent and persistent government policy, the graduate medical education system has led to confusion in many medical institutions. Above all, an evidence-based policy decision and policy approach based on a long-term perspective are necessary in order to improve the medical education system.

• Journal of Dental Anesthesia and Pain Medicine
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• v.23 no.1
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• pp.53-53
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• 2023

• Korean Medical Education Review
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• v.25 no.2
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• pp.126-131
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• 2023

The aim of this study was to systematically collect data for evaluating short- and long-term outcomes using Kirkpatrick's four-level evaluation model, Chonnam National Medical School has established plans for developing and managing a database of student and graduate cohorts. The Education Evaluation Committee, with assistance from the Medical Education Office, manages the development and maintenance of cohort data. Data collection began in the 2022 academic year with first- through fourth-year medical students and graduates of the year 2022. The collected data include sociodemographic characteristics, admission information, psychological test results, academic performance data, extracurricular activity data, scholarship records, national medical licensing exam results, and post-graduation career paths. The Education Evaluation Committee and the Medical Education Office analyze the annually updated student and graduate cohort data and report the results to the dean and relevant committees. These results are used for admissions processes, curriculum improvement, and the development of educational programs. Applicants interested in using the student and graduate cohort data to evaluate the curriculum or conduct academic research must undergo review by the Educational Evaluation Committee before being granted access to the data. It is expected that the collected data from student and graduate cohorts will provide a sound and scientific basis for evaluating short- and long-term achievements based on student, school, and other characteristics, thereby supporting medical education policies, innovation, and implementation.

• Parasites, Hosts and Diseases
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• v.47 no.1
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• pp.49-52
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• 2009

Clinical manifestations of extralymphatic disease caused by filariasis are varied and range from symptoms due to tropical pulmonary eosinophilia to hematuria, proteinuria, splenomegaly, and rarely arthritis. Disseminated microfilaremia in association with loculated lung cyst and empyema is of rare occurrence and to the best of our knowledge has not been documented in the literature so far. We report here a case of disseminated microfilaremia due to Wuchereria bancrofti infection accompanied by a lung cyst and empyema in a 21-year-old Indian man.

• Natural Product Sciences
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• v.16 no.3
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• pp.159-163
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• 2010

A mixture of several detoxified bacterial strains ($Sterodin^{(R)}$) has been studied for anti-inflammatory effect in Wistar rats on carrageenin, dextran and prostaglandin $E_1$ ($PGE_1$) induced edema in acute model and cotton pellet and carrageenin induced sub-acute model, while, Freund's adjuvant induced chronic model. The bacterial strains showed strong inhibitory activity in acute, sub-acute and chronic models of inflammation. Further, it reduced ${\alpha}1$ acid glycoprotein and ${\alpha}2$ macroglobulin levels in serum and prostaglandin $E_2$ in inflamed paw. These results indicated that the bacterial strains probably act through prostaglandin mediatory pathways and may be useful in treatment of inflammation.

• Korean Medical Education Review
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• v.21 no.2
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• pp.112-122
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• 2019

The purpose of this study was to identify the current status of the new graduate nurses' education system, to establish guidelines for the education of new graduate nurses, and to provide dates for the improvement of the education system. Eighty-nine hospitals participated in the survey from July to August 2018. The questionnaires consisted of 24 items including general characteristics, new graduate nurses' education system, operation of nursing education teams, and preceptorship programs. The average duration of education/training for new graduate nurses was 57.3 days, and 26.6%-58.5% of general hospitals, hospitals, and long-term care hospitals had less than 30 days of new graduate nurses education/training, which is shorter than the education/training period of tertiary hospitals. There were new nursing education guidelines in 88.8% of all medical institutions and 58.6% of them had nursing education teams. Most of the personnel in charge of nursing education were not dedicated to education. A total of 87.6% of the all participating medical institutions had preceptorship programs, while 23.1%-33.3% of hospitals and long-term care hospitals did not. The breakdown of preceptorship programs showed 68.4% as "preceptor and preceptee are in charge of one team, and preceptor is teaching preceptee," and 19.7% were "preceptor and preceptee are in charge of each team, and preceptor is teaching preceptee at the same time." These results show that standardization and management of new graduate nurses' education programs is necessary. For the standardization and management of new graduate nurses' education programs, joint efforts of nurses' associations and support from the government should be encouraged.

• Health Policy and Management
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• v.29 no.4
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• pp.394-398
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• 2019

Education on the physician continues with undergraduate medical education, graduate medical education, and continuous medical education. The countries such as the United States, Japan, the United Kingdom, German, and others are required to undergo training in the clinical field for 2 years after completing the national medical examination, and to become doctors after passing the clinical practice license test. Korea can obtain a medical license and become a clinical doctor at the same time if it passes written and practical tests after completing 6 years of undergraduate medical education or 4 years of graduate school. About 90% of medical school graduates replace clinical practice with 4-5 years of training to acquire professional qualifications, but this is an option for individual doctors rather than an extension of the licensing system under law. The medical professional qualification system is implemented by the Ministry of Health and Welfare on the regulation. In fact, under the supervision of the government, the Korean Hospital Association, the Korean Medical Association, and the Korean Academy of Medical Sciences progress most procedures. After training and becoming a specialist, the only thing that is given to a specialist is the right to mark him or her as a specialist in marking a medical institution and advertising. The government's guidelines for professional training are too restrictive, such as the recruitment method of residents, annual training courses of residents, dispatch rule of the residents, and the quota of residents of training hospitals. Although professional training systems are operated in the United States, the United Kingdom, France, and Germany, most of them are organized and operated by public professional organizations and widely recognize the autonomy of academic institutions and hospitals. Korea should also introduce a compulsory education system after graduating from medical education and organize and initiate by autonomic public professional organization that meets global standards.

• Applied Microscopy
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• v.51
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• pp.18.1-18.12
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• 2021

Hair, having distinct stages of growth, is a dynamic component of the integumentary system. Nonetheless, derangement in its structure and growth pattern often provides vital clues for the diagnosis of systemic diseases. Assessment of the hair structure by various microscopy techniques is, hence, a valuable tool for the diagnosis of several systemic and cutaneous disorders. Systemic illnesses like Comel-Netherton syndrome, Griscelli syndrome, Chediak Higashi syndrome, and Menkes disease display pathognomonic findings on hair microscopy which, consequently, provide crucial evidence for disease diagnosis. With minimal training, light microscopy of the hair can easily be performed even by clinicians and other health care providers which can, thus, serve as a useful tool for disease diagnosis at the patient's bedside. This is especially true for resource-constrained settings where access and availability of advanced investigations (like molecular diagnostics) is a major constraint. Despite its immense clinical utility and non-invasive nature, hair microscopy seems to be an underutilized diagnostic modality. Lack of awareness regarding the important findings on hair microscopy may be one of the crucial reasons for its underutilization. Herein, we, therefore, present a comprehensive overview of the available methods for hair microscopy and the pertinent findings that can be observed in various diseases.