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Introduction: Telemedicine conferencing is expected to become commonly used internationally. However, national reports on internationally related telemedicine are limited, and related activities and challenges in each country are unclear. In this study, we aimed to clarify the current status and barriers to international telemedicine conferencing in Japan. Methods: The questionnaire was sent to the Internationalization Project Team (I-PT) representatives in all 43 Japanese National University Hospitals. The total of 167 assigned staff comprised 86 medical staff in charge of internationalization (MI) and 81 technical staff in telemedicine (TT). Results: The response rate was 93% (40/43 universities) from 88 staff (44 MI and 44 TT). Most respondents (75%) stated that they had not been active in international telemedicine conferencing during the past 3 years, although a videoconferencing system was installed in 93% of universities. A total of 65% respondents felt that barriers to promoting telemedicine and conferencing existed. Most (43%) respondents reported staff shortage as the most serious barrier overall. Five TT (19%) felt that the most serious barrier was difficulty with English communication, although no MI selected this as a barrier. More MI than TT felt that technical issues were the most serious barrier (MI: 4/29, TT: 1/27). Conclusions: International telemedicine conferencing was found to be insufficiently active in I-PT of Japan, although the installed equipment and technical expertise of TT seemed adequate. This indicates that merely assigning MI and TT to an I-PT is not enough and that improved cooperation between both MI and TT at each university hospital is needed. Establishment of a structured international telemedicine center in each university hospital is to be suggested to accelerate the activities in Japan.
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Telemedicina , Comunicação por Videoconferência , Hospitais Universitários , Humanos , Internacionalidade , Japão , Inquéritos e Questionários , Comunicação por Videoconferência/estatística & dados numéricosRESUMO
BACKGROUND: Moving images are often essential in medical education, to learn new procedures and advanced skills, but, in the past, high-quality movie transmission was technically much more challenging than transmitting still pictures because of technological limitations and cost. MATERIALS AND METHODS: We established a new system, taking advantage of two advanced technologies, the digital video transport system (DVTS) and the research and education network (REN), which enabled satisfactory telemedicine on a routine basis. RESULTS: Between 2003 and 2013, we organized 360 programs connecting 221 hospitals or facilities in 34 countries in Asia and beyond. The two main areas were endoscopy and surgery, with 113 (31%) and 106 (29%) events, respectively. Teleconferences made up 76% of the total events, with the remaining 24% being live demonstrations. Multiple connections were more popular (63%) than one-to-one connections (37%). With continuous technological development, new high-definition H.323 and Vidyo(®) (Hackensack, NJ) systems were used in 47% and 39% of events in 2011 and 2012, respectively. The evaluation by questionnaires was favorable on image and sound quality as well as programs. CONCLUSIONS: Remote medical education with moving images was well accepted in Asia with changing needs and developing technologies.
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Educação a Distância/organização & administração , Educação Médica/métodos , Endoscopia/educação , Cirurgia Geral/educação , Ásia , Humanos , Avaliação de Programas e Projetos de Saúde , Inquéritos e QuestionáriosRESUMO
Background: The use of international telemedicine conferences for doctor-to-doctor education has increased following the coronavirus disease 2019 pandemic to ensure health and safety. Previous studies have shown that administrative tasks are an obstacle to promoting international telemedicine conferences but have not identified the type of system needed to alleviate this burden. Objective: The Asia-Pacific Advanced Network Medical Working Group (APAN-MWG) is an international telemedicine network that includes 1171 medical institutions and 3653 members as of July 21, 2021. The APAN-MWG has supported international telemedicine conferences since 2005 and implemented a program management system in 2014. The present study explores the conference organizers' tasks and evaluates the APAN-MWG management system through a survey of organizers. Methods: We developed a system called med-hok for managing conference programs, international medical institutions, and their members. We investigated all event programs using the med-hok system from June 3, 2015 to July 21, 2021. The target samples included 64 conference programs in 12 series hosted by 13 program organizers. The effectiveness of the system was evaluated using a four-point Likert scale (very good, good, poor, and very poor). The User Experience Questionnaire (UEQ) was used to assess user experience. Results: The survey response rate of the program organizers, who hosted 11 different program series in 7 Asian countries, was 92% (12/13). The administrative tasks for managing the programs were primarily handled by physicians (67%, 8/12), followed by technicians (17%, 2/12). The average program scope encompassed 7 countries, 10 institutions, and 44 members. The largest program comprised 194 members from 49 institutions in 25 countries and was managed by two physicians and one technician. Most program organizers (8/12, 67%) indicated that verifying member information was the most burdensome aspect of organizing teleconferences. Over 90% of respondents positively evaluated med-hok in the following areas: "Confirmation of institution information," "Confirmation of member information," "Confirmation of technical information," "Maintaining the latest status of the program," "Announcing and publicizing the event," and "Formatting and correcting misspellings." They rated user experience positively for all aspects (attractiveness: 1.22; practical quality: 1.42; and hedonic quality: 1.24). Conclusions: Many tasks of organizing casual international telemedicine conferences are handled by physicians and technicians with no operating funds or staff, unlike those in large academic conferences. The proposed system was found to help program organizers manage participants and communicate information effectively. These findings suggest that international telemedicine networks should implement an administrative support system to conduct program operations efficiently.
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Background and study aims An Endoscopic Club E-conference (ECE) was set up in May 2014 to cater to increased demand for gastrointestinal endoscopy-related teleconferences in the Asia-Pacific region which were traditionally organized by the medical working group (MWG) of Asia-Pacific Advanced Network. This study describes how the ECE meeting was run, examines the group dynamics, outlines feedback and analyzes factors affecting the enthusiasm of participants. It is hoped that the findings here can serve as guidance for future development of other teleconference groups. Methods The preparation, running of and feedback on the ECE teleconference were evaluated and described. The country's economic situation, time zone differences, connectivity with a research and education network (REN) and engineering cooperation of each member were recorded and analyzed with regard to their association with participant enthusiasm, which was taken as participation in at least 50â% of the meetings since joining. Associations were calculated using 2-way table with chi-square test to generate odds ratio and P value. Results To date, ECE members have increased from 7 to 29 (increment of 314â%). Feedback received indicated a high level of satisfaction with program content, audiovisual transmission and ease of technical preparation. Upper gastrointestinal luminal endoscopy-related topics were the most favored program content. Those topics were presented mainly via case studies with a focus on management challenges. Time zone differences of more than 6 hours and poor engineering cooperation were independently associated with inactive participation (P values of 0.04 and 0.001 respectively). Conclusions Good program content and high-quality audiovisual transmission are keys to the success of an endoscopic medical teleconference. In our analysis, poor engineering cooperation and discordant time zones contributed to inactive participation while connectivity with REN and a country's economic situation were not significantly associated with participant enthusiasm.
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This paper focuses on new technologies that are practically useful for telemedicine. Three representative systems are introduced: a Digital Video Transport System (DVTS), an H.323 compatible videoconferencing system, and Vidyo. Based on some of our experiences, we highlight the advantages and disadvantages of each technology, and point out technologies that are especially targeted at doctors and technicians, so that those interested in using similar technologies can make appropriate choices and achieve their own goals depending on their specific conditions.