• 제목/요약/키워드: Lection activities

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Studies on Lectins from Marine Shells (III) : Screening of Lectin-like Agglutinins from Marine Shells

  • Chung, See-Ryun;Kim, Jang-Hwan;Suh, Young-Ah;Jeunechung, Kyung-Hee
    • Archives of Pharmacal Research
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    • 제9권4호
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    • pp.201-203
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    • 1986
  • Forty species of marine shells were collected from Korean coasts and studied extensively for their lectin activities by using erythrocytes of human blooc A, AB, B. O group and rabbit blood. In total, 7 species contained lectines :Neptunea intersculpta, Omphalius nigerrimus and Scapharca subcrenata, blood group nonspecific; Saxidomus purpuratus, human blood A and AB group specific; Lepidozona coreana, Tegilarca granosa and Neptunea polycosta, rabbit blood specific.

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한의약 문화산업의 성격분류와 현황분석 - 2013 동의보감 엑스포 성공적 추진방향 모색 - (Identification of the Cultural Events of Traditional Korean Medicine and its Analysis - For the Success of 2013 DongUiBoGam Expo -)

  • 권오민;이민호;하정용;박상영;안상영;안상우
    • 한국한의학연구원논문집
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    • 제14권3호
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    • pp.23-29
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    • 2008
  • Below are the indications that cultural events in traditional Korean medicine nationwide give to the prospective 2013 DongUiBoGam World traditional Alternative Medicine Expo, especially to the se lection of the Expo's site. If the DongUiBoGam Expo is held as outdoor event, it can secure merits of current local council events' advantages: linking lived experiences to natural and historical resources. As in case of the EXOM and Hanghang EXPO that are held as indoor activivies in metropolitan area, if held the DongUiBoGam Expo can secure easily large-scale academic activities and health lectures. Thus, the key point for the DongUiBoGam Expo's success will he how to combine the good points of currently-held cultural outdoor and indoor activities in the field of traditional Korean medicine nationwide.

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인지적 공감을 넘어: 의과대학생의 공감능력 증진을 위한 제안 (Beyond Cognitive Empathy: Suggestions for Strengthening Medical Students' Empathy)

  • 이영준
    • 의학교육논단
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    • 제26권2호
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    • pp.140-154
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    • 2024
  • A physician's empathy plays a crucial role in patient-centered care, and in modern medicine, patients, their caregivers, and society demand a high level of empathy from healthcare providers. The conceptualization of clinical empathy, which has emphasized cognitive empathy since the mid-20th century, has been widely accepted in medical schools and the healthcare industry without much critical ref lection. This study provides an overview of the ongoing debates on empathy versus sympathy and cognitive empathy versus affective empathy to clarify the concept of empathy. Based on recent research findings, clinical empathy is proposed to encompass three components: cognitive empathy, affective empathy, and empathic motivation. It is suggested that fully demonstrating these components requires empathic communication skills. Additionally, the cognitive characteristics of medical students and the features of the academic environment demonstrate the need for education to strengthen their empathy skills. Considering this, proposed intervention methods that medical schools can consider include utilizing tutoring programs and debriefing processes for team activities, which can facilitate problem-solving as a coping strategy for stress. Learning communities can create an environment where students can receive social support and recover from stress. Medical schools can contribute to the development of students' professional identities as practicing clinicians who embody empathy and respect by cultivating professors as positive role models. Additionally, utilizing scales to assess the empathic nature of doctor-patient communication or incorporating patients and caregivers as evaluators can actively improve empathic communication skills.

의료시스템과학에서의 시스템사고 교육을 위한 교수설계 (Instructional Design for Systems Thinking Education in Health Systems Science)

  • 김세진;이상미;이단비;윤보영
    • 의학교육논단
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    • 제25권3호
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    • pp.212-228
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    • 2023
  • Systems thinking, a linking domain of health systems science (HSS), is an approach that investigates specific problems from a holistic perspective. It supports improving patients' health, fulfilling their health needs, and anticipating issues that threaten patient safety within the healthcare system. It also helps solve problems through critical thinking and ref lection. This study aimed to develop an curriculum on systems thinking, explore the effectiveness of the course, and investigate the applicability of HSS education at individual universities. In this study, the ADDIE (Analysis, Design, Development, Implementation, and Evaluation) model was utilized to design, develop, implement, and evaluate an elective course on systems thinking. In the design process, learning outcomes and goals were developed, and educational content, teaching-learning methods, and student evaluation methods were linked. In the development process, class materials and evaluation materials were prepared. In the implementation process, the course was implemented, and the evaluation process analyzed the results of learning performance and curriculum assessments. The evaluation found the following results. First, the students in the study realized the importance of systems thinking and experienced the need for systems thinking through non-medical and medical situations. Second, the students were very satisfied with the learning activities in the course (mean=4.84), and the results of the self-competence evaluation, conducted before and after the course, also showed a significant improvement. This study confirmed the effectiveness of the elective course, and its results can serve as a reference for developing an HSS curriculum.