lectures of the two dental hygiene students groups who used the 3D application and the plastic model respectively. The interest in anatomical structure of the 3D App group was 4.20, which was significantly higher than that of the plastic model group 3.60, and the usefulness of the content of anatomy education was 4.31 in the 3D App group, significantly higher than the plastic model group (P<0.05). It was found that the interest in anatomical structure of students increased by 0.347 when using 3D applications compared to the case without the use (P=0.012) and understanding in anatomical structure and class concentration increased by 0.191, respectively, but these results were marginally significant. We expect that this study serves as a reference for the development and supplementation of anatomy teaching and learning method.]]>
Curriculum ; Education ; Humans ; Learning ; Lectures ; Methods ; Oral Hygiene ; Plastics

PURPOSE: This study was conducted to examine the effects of team-based problem-based learning combined with smart education among nursing students.METHODS: A quasi-experimental non-equivalent control group, pre-posttest design was used. The experimental group (n=36) received problem-based learning combined with smart education and lectures 7 times over the course of 7 weeks (100 minutes weekly). Control group (n=34) only received instructor-centered lectures 7 times over the course of 7 weeks (100 minutes weekly). Data were analyzed using the χ2 test, the Fisher exact test, and the independent t-test with SPSS for Windows version 21.0.RESULTS: After the intervention, the experimental group reported increased learning motivation (t=2.70, p=.009), problem-solving ability (t=2.25, p=.028), academic self-efficacy (t=4.76, p<.001), self-learning ability (t=2.78, p<.001), and leadership (t=2.78, p=.007) relative to the control group.CONCLUSION: Team-based problem-based learning combined with smart education and lectures was found to be an effective approach for increasing the learning motivation, problem-solving ability, academic self-efficacy, self-learning ability, and leadership of nursing students.
Computer-Assisted Instruction ; Education ; Humans ; Infant, Newborn ; Leadership ; Learning ; Lectures ; Motivation ; Nursing ; Problem-Based Learning ; Students, Nursing

PURPOSE: Physician competency in end-of-life (EOL) care is becoming increasingly important. This study investigated the EOL care curricula in Korean medical schools.METHODS: Questionnaires were issued to the faculty members responsible for the EOL care curricula at each of the medical schools. These included questions on the structure and content of the curricula, teaching methods, and faculty members' attitudes to the curricula.RESULTS: Characteristics of the EOL care curricula were compiled from 27 (66%) of the 41 medical schools. All of the medical schools taught essential aspects of the EOL care curriculum either as a separate course or embedded within other medical education courses. The mean time spent on EOL care teaching was 10 hrs (range, 2~32 hrs). The most frequently taught topics were delivering bad news (100%) and symptom management (74%). When the palliative care education assessment tool (PEAT) was used to evaluate the curricula, a median of 11 PEAT objectives was met (range, 2~26; maximum, 83). More than two teaching methods were used in most of the curricula. However, lectures were the only teaching method used by three medical schools. 78% of faculty members who were responsible for curriculum reported dissatisfaction with it, whereas 18% believed that the time allotted to it was adequate. Only 7% of these faculty members believed that their students were adequately prepared to practice EOL care.CONCLUSION: There is a need to improve EOL care education in basic medical curricula and to take a more systematic approach to achieving learning outcomes.
Curriculum ; Education ; Education, Medical ; Hospice Care ; Humans ; Learning ; Lectures ; Palliative Care ; Schools, Medical ; Soil ; Teaching ; Terminal Care

BACKGROUND: Team-based learning is known for its effective and satisfying education methods in the study of various medical schools. This study was prepared to confirm the satisfaction of applying this team-based learning to the training course of emergency medical technician.METHODS: A total of 165 new members of the course of second grade National Emergency medical technician at 2019 were finally enrolled in the study. Data were collected with a self-administered questionnaire. The team-based learning method was organized with eight students per group to conduct pre-learning and then proceed to open book to encourage active discussion among individuals. The questionnaire consisted of questions about the satisfaction of the discussion process, such as whether the knowledge gained from the discussion was appropriate, and whether collaboration between colleagues was successful during the discussion, and about the benefits of team-based learning, how well knowledge transfer compared to existing lectures, and the replacement of existing lectures. The questionnaire used a Likert 5 point scale, and the data obtained were analyzed using the SPSS version 22.0.RESULTS: The overall rating of team-based learning was 7.8 ± 1.5 out of 10. Many students answered positively (88.5%) for benefits, while 87.9% responded positively to whether the knowledge transfer effect was better compared to existing lectures. In addition, the satisfaction of team-based learning was generally high, with more than 90 percent of education students giving positive answers to the replacement of other lectures with team-based learning.CONCLUSION: The learners gave positive answers to the satisfaction, usefulness and learning effects of team-based learning. Team-based learning is a discussion-based study, so it is a good way to improve communication skills. Since communication and teamwork are important in first aid activities, the characteristics of team-based learning could lead to improvements in first aid services, leading to high-quality emergency medical services.
Cooperative Behavior ; Education ; Emergencies ; Emergency Medical Services ; Emergency Medical Technicians ; First Aid ; Humans ; Learning ; Lectures ; Methods ; Schools, Medical

OBJECTIVES: There is a growing trend of medical students using electronic devices for studying. This paper analyzes such trend and assesses if the utilization of devices is adequate to effectively help students to study. METHODS: Survey of total 155 medical students about the usage of the electronic devices for studying during the first year of medical school was done. The answers were matched with their exam scores in the first year. RESULTS: Most of students were using a device, as a learning tool and the most important purpose of it was its convenience, especially for taking notes during lectures. However, students who didn't use a device when they learned anatomy or who studied with the printouts showed a tendency of receiving better scores on exams. CONCLUSION: Utilizing electronic devices for studying tends to be more convenient, but not effective for studying anatomy.
Educational Technology ; Humans ; Learning ; Lectures ; Schools, Medical ; Students, Medical*

Scholarly article writing and publishing in international peer-reviewed journals can become an overwhelming task for many medical, nursing, and healthcare professionals in a university setting, especially in countries whose native language is not English. To help improve their scientific writing skills and publishing capacity, a university-based editing system and writing programs can be developed as educational platforms. These are delivered by a team of specialist editors composed of tenured faculty members who have a strong medical background and extensive experience in teaching courses on medical research, editing, writing, and publishing. For the editing system, the specialist editors provide comprehensive editing, personalized consultation, full editorial support after peer review, guidance with online submissions/resubmissions, and detailed editorial review at different stages of the manuscript writing. In addition, the specialist editors can develop writing programs such as medical writing and editing internships, academic courses in medical writing or research study designs and reporting standards, special interactive lectures and sessions on predatory publishing, seminars on updated editorial guidance of global editorial associations, academic visits on medical writing and editing, medical writing mentoring program, networking programs in scholarly communication, and publication resources in medical writing and scholarly publishing. These editing system and writing programs can serve as integrated platforms for improving scientific writing skills and publishing capacity by providing continuing education in medical writing, editing, publishing, and publication ethics.
Delivery of Health Care ; Education, Continuing ; Ethics ; Humans ; Internship and Residency ; Lectures ; Medical Writing ; Mentors ; Nursing ; Peer Review ; Publications ; Specialization ; Writing*

OBJECTIVE: It is difficult for emergency residents to attend all the lectures that are required because of the limited labor time. The Google Hangouts program for has been used as a remote videoconference to overcome the limit to provide equal opportunities and reduce the time and costs since 2015. This article reports the authors' experiences of running a residency education program using Google Hangouts. METHODS: From 2015, topics on the emergency radiology were lectured to emergency residents in three different hospitals connected by Google Hangouts. From 2017, electrocardiography analysis, emergency radiology, ventilator application, and journal review were selected for the remote videoconference. The residents' self-assessment score, and a posteducation satisfaction questionnaire were surveyed. RESULTS: Twenty-nine emergency residents responded to the questionnaire after using the Google Hangouts. The number of participants before and after Hangout increased significantly in other two hospitals. All the residents answered that the score on achieving the learning goal increased before and after the videoconference lectures. All the residents answered that the training program is more satisfactory after using the Google Hangouts than before. CONCLUSION: All emergency residents were satisfied and were more confident after the remote videoconference education using the Google Hangouts than before.
Education ; Electrocardiography ; Emergencies ; Emergency Medicine ; Internship and Residency ; Learning ; Lectures ; Running ; Self-Assessment ; Ventilators, Mechanical ; Videoconferencing

PURPOSE: The flipped classroom has been suggested as a method for efficient teaching in medical education. However, its feasibility and effectiveness in the educational environment are often overlooked. The authors redesigned an epidemiology course applying the flipped classroom method under a traditional curriculum consisting of heavily scheduled classroom hours and explored its feasibility and effectiveness. METHODS: In the fall semester of 2017, we flipped the ‘practice of epidemiology’ course for third-year medical students at Korea University College of Medicine. We provided online lectures and assigned readings as pre-class materials, and substituted group discussions and communicative activities for traditional lectures. We conducted pre- and post-course surveys to review students' perceptions. We also analyzed the pre-test results and final exam scores for quantitative comparison. RESULTS: Ninety-seven students out of 120 completed the course. Most students made use of the online lectures, but not the reading materials. Lack of time was the most frequently cited reason for under-preparedness. We observed improvements in preparedness, participation, and effectiveness at the end of the course, while changes in satisfaction were unclear. Students' perceptions of course relevance and difficulty were predictive of pre-test outcomes, but the effects of preparedness and length of materials were insignificant. The authors found no evidence of differing test scores before and after the course. CONCLUSION: This study supports the feasibility of the flipped classroom model even under a traditional, heavily scheduled medical curriculum. To encourage self-directed learning and achieve better learning outcomes, restructuring pre-existing curricular components should also be considered in parallel with new instructional methods.
Curriculum ; Education, Medical ; Epidemiology ; Humans ; Korea ; Learning ; Lectures ; Methods ; Preventive Medicine ; Reading ; Students, Medical

PURPOSE: We aimed to explore medical students’ online learning patterns and needs by analyzing data obtained from an e-learning portal of Korean medical schools. METHODS: Data were obtained from learning resources and registered users of the e-learning portal by the consortium of 36 Korean medical schools, e-MedEdu (www.mededu.or.kr) over a period of 10 years. Data analytics were performed of its contents and usage patterns using descriptive statistics. RESULTS: The website currently has over 1,600 resources, which have almost tripled over the past decade, and 28,000 registered users. Two hundred and twenty medical faculty have contributed the resources; a majority of them were clinical cases and video clips, which accounted for 30% and 27% of all resources, respectively. The website has received increasing hits over the past decade; annual website hits increased from 80,000 in 2009 to over 300,000 in 2018. The number of hits on resources varied across resource types and subjects; 90% of all website hits were on online videos, and 28% of them originated from mobile devices. Among the online videos, those on procedural skills received more hits than those on patient encounters and video lectures. CONCLUSION: Our findings demonstrate the increasing use of e-learning in medical education in Korea over the past decade. Our study also shows a wide disparity in the frequency of use in learning resources across resource types and subjects, which have implications for improvements in the design and development of learning resources to better meet medical students’ curricular needs and their learning styles.
Education, Medical ; Faculty, Medical ; Humans ; Korea ; Learning ; Lectures ; Schools, Medical

Lee Kap-Soo (April 23, 1889–December 5, 1973) graduated from Gyeongseong Medical College in 1920, went to Germany to study, and returned to Korea after graduating from Berlin University in 1924. On September 14, 1933, he played a leading role in the founding of the Joseon Eugenics Society, and he contributed eugenic ideas through written publications and lectures. He was a leading eugenicist who continued his activities related to eugenics, such as re-establishing the Korean National Eugenics Society and making efforts to enact the Eugenics Act after Korea's liberation from Japanese occupation. His ideas on eugenics were then a rapid acceptance of the world's times and science, and his ideas were an expanded eugenics that emphasized the nation. He actively carried out the campaign for eugenics and maintained a consistent stance before and after liberation. His eugenic ideas and activities show that Korean society was not free from the influence of eugenics that was gaining popularity around the world. His eugenic ideas were related to enlightenment, but the basis of eugenics was the logic of discrimination and exclusion. In particular, his eugenic ideas and activities have caused pain to Hansen's patients through forced isolation and discontinuation. In addition, his doctrine of eugenics still holds sway in Korean society. The history of Lee Kap-Soo's life and eugenics-related activities shows the important points and characteristics of the history of eugenics in Korean society before and after the liberation from Japan, and furthermore provides an important clue in understanding and explaining the colonial vestige in Korean society, economic growth first ideology, enthusiasm for scientific development, and competitive social culture.
Asian Continental Ancestry Group ; Berlin ; Discrimination (Psychology) ; Economic Development ; Eugenics ; Germany ; Humans ; Japan ; Korea ; Lectures ; Leprosy ; Logic ; Occupations