No abstract available.
Aerospace Medicine*

No abstract available.
Aerospace Medicine*

No abstract available.
Aerospace Medicine*

No abstract available.
Aerospace Medicine

BACKGROUND

Telemedicine offers a solution to healthcare access issues, especially during the COVID-19 pandemic when physical distancing limited in-person visits. It can also be used by the Doctors-to-the-Barrios (DTTBs), who are often newly licensed physicians who have not undergone residency training yet, to remotely consult specialists and assist them in providing better healthcare recommendations to their patients. Understanding the acceptance of telemedicine particularly among DTTBs is crucial to optimizing its implementation, as local studies on this topic are lacking.

The purpose of this study is to determine the factors affecting acceptance of telemedicine by the DTTBs.

This study employed a descriptive and analytical cross-sectional research design from 2021 to 2022. Ethical approval was obtained prior to study implementation. Informed consent form was sent to all enrolled master’s students in the DTTB program. The study adapted the questionnaire utilized by Zailani et al. using a five-point Likert scale to identify the determinants of acceptance of telemedicine based on the following constructs: government policy, external supplier’s capacity, project team’s capacity, top management support, perceived usefulness, attitude, self-efficacy, acceptance of telemedicine, and organizational culture. Linear regression was performed to identify significant constructs that determine acceptance of telemedicine. All data were reported at 95% confidence interval.

Total of 116/180 DTTBs participated in the study. Attitude (β = 0.5849, p < 0.01) and self-efficiency (β = 0.5327, p < 0.01) together with organizational culture had a significant positive impact on the acceptance of telemedicine.

This study shows the current state of acceptance of telemedicine by our DTTBs. It highlights their positive attitude and self-efficiency towards telemedicine and the lack of support they receive from the government in funding and implementing telemedicine efforts despite its potential to address healthcare access issues.

It has pointed out that there are problems in the traditional medical education in Korea. First of all, basic science and clinical education were not integrated so that students can not develop abilit ies to incorporate scientific concepts and principles into solving clinical problems. In order to improve medical education, new educational program was developed in College of Medicine, University of Ulsan, which started medical education in 1990. Among the many types of new medical educational system, the program from the University of Calgary, which was thought to be more applicable to educational environment in Korea, was adopted. The new program comprises principles of (1) integrated teaching, (2) patient-oriented, (3) problem-oriented, (4) student-oriented, (5) adoption of core and elective course and (6) self learning. During the first two year period, integrated curriculum of eleven system courses(musculoskeletal, hematology oncology, immunology and infection, gastroenterology, endocrinology, reproductive, nephrology, cardiology, pulmonology and neuroscience), introductory course, continuity course, elective course, clinical skills, independent study and integrative course were proceeded. Students have spent the last two years in clinical clerkships, including 4 months of elective course. Students evaluated the integrated curriculum as being satisfactory for clinical education, but not enough for basic science education.
Allergy and Immunology ; Cardiology ; Clinical Clerkship ; Clinical Competence ; Curriculum* ; Education ; Education, Medical ; Endocrinology ; Gastroenterology ; Hematology ; Humans ; Korea ; Learning ; Nephrology ; Pulmonary Medicine ; Ulsan*

Introduction Research activities on aerospace medicine are increasing in these years and getting more and more unportance in Japan. We have rather long history of researches on aviation medicine, but have only short history of researches on space medicine. In this paper, I would like to present a brief review on past, present and future of research activities on aerospace medicine in Japan, expecting to have more cooperations between Korea in this field of research in the near future.
Aerospace Medicine* ; Japan* ; Korea

No abstract available.
Aerospace Medicine* ; Aviation* ; Hungary*

No abstract available.
Aerospace Medicine* ; Aviation*

No abstract available.
Aerospace Medicine* ; Korea*