Introduction: To assist in rebuilding the medical system of Kosova, the International Virtual e-Hospital Foundation in collaboration with Ministry of Health of Kosova has established a robust tele-education program through Telemedicine Centre of Kosova (TCK). Methods: A retrospective review of the results of educational activities was conducted. Results : Since January 2003,  sixty-two universities, medical centres and health organizations from more than 20 countries around the world have broadcast over 638 educational activities with over150 lectures. The CME program, consisting of approximately 80 lectures, had over 2,800 participants. The electronic library and resource room provides services 24 hours a day, 365 days a year with access to current medical literature through HINARI and other database had 64,167 visits. Overall 211,357 visits were recorded at the TCK, since its inauguration. Conclusions: Telemedicine program of Kosova has become an important catalyst of e-learning and CME in this country. The success in Kosova has led to the development of similar programs in other developing countries and has become a model of use of technology to improve educational capacities

Bekteshi, Flamur

Hajdari, Fatmir

Hoxha, Zana

Imeri, Arben

Latifi, Rifat

Lecaj, Ismet

Merrell, Ronald C

Mora, Francisco

Osmani, Kalterina

English

Open Journals@UKZN

                                                                                                      JOURNAL OF THE INTERNATIONAL SOCIETY FOR TELEMEDICINE AND EHEALTH                                            Hoxha Z et al.  J Int Soc Telemed eHealth 2013;1(3):93-97  93  THE CONTRIBUTION OF THE TELEMEDICINE PROGRAMMEME OF KOSOVA ON E-LEARNING AND CONTINUOUS MEDICAL EDUCATION: THE OUTCOMES OF THE FIRST DECADE Zana Hoxha BS1, Kalterina Osmani, BS1, Francisco Mora MD1, Fatmir Hajdari MD2, Flamur Bekteshi BS, MS1,2, Arben Imeri BS2, Ismet Lecaj MD1,2, Ronald C. Merrell MD, FACS3,  Rifat Latifi, MD, FACS1,2,4 1International Virtual e-Hospital Foundation, Tucson, Arizona, USA 2Telemedicine Center of Kosova, Prishtina, Kosova  3Virginia Commonwealth University, Richmond, Virginia, USA  4University of Arizona, Department of Surgery, Tucson, Arizona, USA  Abstract Introduction: To assist in rebuilding the medical system of Kosova, the International Virtual e-Hospital Foundation in collaboration with Ministry of Health of Kosova has established a robust tele-education programme through the Telemedicine Centre of Kosova (TCK). Methods: A retrospective review of the results of educational activities was conducted. Results: Since January 2003, sixty-two universities, medical centres and health organizations from more than 20 countries around the world have broadcast 638 educational activities with over 150 lectures. The CME programme, consisting of approximately 80 lectures, had over 2,800 participants. The electronic library and resource room provides services 24 hours a day, 365 days a year with access to current medical literature through HINARI and other database had 64,167 visits since 2003. Overall 211,357 visits were recorded at the TCK, since its inauguration. Conclusions: The Telemedicine programme of Kosova has become an important catalyst of elearning and CME in this country. The success in Kosova has led to the development of similar programmes in other developing countries and has become a model of use of technology to improve educational capacities.   Keywords: Telemedicine; telemedicine programme of Kosova; International Virtual e-Hospital Foundation; e learning; continuous medical education; Kosova.   Introduction   The republic of Kosova is the newest independent country in South-eastern Europe, and it is part of the Balkan region that is constituted by Albania, Bosnia and Herzegovina, Bulgaria, Croatia, Greece, Macedonia, Montenegro, and Serbia. It covers an area of 10,000 km2 and has a population of over 2 million inhabitants. A decade of war and neglect in the 1990s destroyed much of the country’s health and educational infrastructure. Although much has changed since the war ended, the medical infrastructure was never rebuilt after the war, leaving Kosova decades behind the rest of the world in terms of healthcare. Like many medical schools in developing world, the only public medical school (Medical Faculty of the University of Prishtina) in Kosova, cannot afford subscription to expensive medical literature. Continuous medical education (CME) has only recently become mandatory. To assist in rebuilding the medical system of Kosova, the International Virtual e-Hospital (IVeH) has established a robust tele-education programme in Kosova.1-4 This programme applies innovative technology and infrastructure for virtual educational programmes, electronic libraries and seminars, fulfilling the need of CME. Access to current medical literature is done through the Health InterNetwork Access to Research Initiative (HINARI), the World Health Organization (WHO) project set up by the WHO and major publishers, that enables developing countries to gain access to one of the world's largest collections of biomedical and health literature. HINARI offers up to 11,400 journals (in 30 different JOURNAL OF THE INTERNATIONAL SOCIETY FOR TELEMEDICINE AND EHEALTH                                         Hoxha Z et al.  J Int Soc Telemed eHealth 2013;1(3):93-97  94 languages), 18,500 e-books, and 70 other information resources available to health institutions in more than 100 countries, areas and territories worldwide.5   The aim of this paper is to report the success of the IVeH in terms of educational activities as a model to strengthening medical education in developing countries.    Material and Methods  A retrospective analysis of the records of educational activities and clinical programmes of IVeH was performed by studying the types and number of activities held at the Telemedicine Centre of Kosova (TCK).  For each activity, the total number of participants was recorded on a regular basis, including the type of profession such as medical doctor (MD), resident, nurse, technician or medical student. For our study an MD is a medical practitioner who has completed their residency programme, whereas a resident is a medical graduate still in a residency programme.  Educational activities were divided as Continuous Medical Education (CME), seminars, lectures, and ground rounds. Clinical programmes such as teleconsultations (through video conference and store and forward) and telesurgery were also analyzed as contributors of telemedicine programme. Trained staff of TCK was responsible for monitoring and recording all the activities analyzed.   All activities at the TCK are supported through a network that connects the Centre with regional hospitals and universities and medical centres around the world. The regional hospitals are connected through a 512 kilobits per second (Kbps) dedicated link and 10 megabits per second dedicated link at TCK.6 The communications system is supported by a Polycom VSX7000 view station for point-to-point and multipoint communications via a Polycom MGC-25 Multiconferencing Unit (Polycom, Pleasanton, CA). All communications are recorded and streamed live on the Internet using a Polycom RSS2000 Recording and Streaming Unit.  The TCK has an electronic auditorium, telemedicine training room, electronic medical library, servers, and administrative offices.1-3  Results  Since its implementation in 2003, a total of 638 activities were organized at the TCK. Of these, 379 (59%) were educational activities and 243 (38%) clinical activities made up of clinical programmes such as live tele-consultations, store and forward consultation as well as tele-surgeries. (Table 1)   Table1. Activities from  January 2003 to June 2013 (N=638).  Activity n (%) CME 79 (12.4) Lectures 154 (24.1) Seminars 60 (9.4) Grand rounds 17 (2.7) Workshops 69 (10.8) Commercial presentations 16 (2.5) Telesurgeries 13 (2.0) Teleconsultations 230 (36.1) A total of 79 CME lectures (local and international sessions), with over 2,800 participants took place in the TCK. Participants were medical doctors, residents, nurses and medical students (figure 1).   Figure 1. Number of participants in CME activity by category.   Results show that twice as many nurses than doctors participated from the lecture series (1846 nurses and 759 medical doctors and residents).  Sixty-two universities and medical centres from 20 countries around the world have broadcast 154 lectures to TCK and the 6 telemedicine centres in the regional hospitals of Kosova. Topics included surgery, paed- iatrics, obstetrics and gynaecology, internal medicine, nursing education, health systems administration and policy-making, with over 4,399 participants made up of 1,834 nurses, 1,618 medical doctors, and 875 42833118461742605001 0001 5002 000MD Residents Nurses Students OthersJOURNAL OF THE INTERNATIONAL SOCIETY FOR TELEMEDICINE AND EHEALTH                                         Hoxha Z et al.  J Int Soc Telemed eHealth 2013;1(3):93-97  95 residents and medical students participating in these programmes.  Beside the international collaboration, various local institutions have been actively using the TCK infrastructure to deliver seminars and conferences across Kosova, improving local collaboration and strengthening local institutions. (Table 2) Seminar sessions covered a large spectrum of medical information and served as informational tool for the University Clinical Centre in Kosova (UCCK) staff with a total of 60 seminars given over the years   Table 2. Local institutions using TCK infrastructure for education.                         Although this paper is not looking into teleconsultations, international teleconsultations through videoconference and store and forward played an important role in the medical system by preventing needless and expensive patient travel abroad. A total of 230 teleconsultations were performed with more  than 941 scans of CT’s, MRI’s, X-rays and other laboratory reports scanned and sent as part of the teleconsultation. (Table 3) Another main information resource that TCK provides is the electronic library. This facility provides Table 3. Number of cases and scanned documents for teleconsultations 2004 – 2013.  Year Cases Documents Scanned 2013 16 92 2012 22 95 2011 51 275 2010 29 80 2009 21 75 2008 20 79 2007 23 64 2006 19 59 2005 18 78 2004 11 44  24 hours a day, 7 days a week access to medical databases like Up-to-Date, PubMed, MD Consult and HINARI. Since 2003, 64,167 visits to the electronic library of TCK have been recorded. This facility has specially trained e-librarians who assist users 24 hours a day. As of June 18, 2013, over the past decade 211,357 visits were recorded at the TCK, with a trend of increasing use for the past five years, marking this as a significant contribution to clinical education of Kosova (figure 2).    Figure 2. Number of visits to the eLibrary and TCK between 2003 and 2012.  Discussion     Telemedicine and e-health technologies can deliver medical education anywhere, anytime through virtual seminars, lectures, electronic books, and other online educational training tools.7 Although these systems  0500010000150002000025000300003500040000450002003 2004 2005 2006 2007 2008 2009 2010 2011 2012eLibrary TCKAmerican International Health Alliance American University of Kosova Assoc. of Anaesthesiologists of Kosova Assoc. of Biochemical Professionals of Kosova Assoc. of Chemotherapists of Kosova Assoc. of Gastroenterologists of Kosova Assoc. of Oncologists of Kosova Association of Urologists of Kosova Blood Transfusion Centre of Kosova Centre for Continuing Nursing Education – Ministry of Health Institute of Public Health of Kosova KFOR Med Battalion in Kosova Kosova Centre for Positive Psychotherapy Ministry of Health of Kosova National Library of Kosova Nursing Dept, Paediatrics Clinic UCCK  Prishtina International Summer University Dept of Paediatric Surgery UCCK Dept of Dermatology Surgery UCCK Faculty of Dentistry, University of Prishtina JOURNAL OF THE INTERNATIONAL SOCIETY FOR TELEMEDICINE AND EHEALTH                                         Hoxha Z et al.  J Int Soc Telemed eHealth 2013;1(3):93-97  96 have great potential, there are only a few developing countries that have adopted advanced technology to augment and develop their educational programmes.   In South Africa, at the University of KwaZulu-Natal, a CME programme via videoconferencing has been running for over 10 years and by 2010 delivered 40 hrs of interactive sessions each week.8 Since its initiation this programme has grown from offering existing postgraduate seminars to expanded into the provision of academic programmes in telemedicine and medical informatics to students in nine African countries. Other projects in Africa have utilized videoconferencing to target special-need areas such as HIV training and education, as well as cytology training. The Pan African eNetwork is an African Union and Indian Government initiative, which provides connectivity between India and 47 African countries by utilizing videoconferencing and teleconsultation services.8 Development of regional and national telemedicine networks offer a unique opportunity to pool available resources among geographically separated locations. IVeH has successfully developed a model for the implementation of successful and sustainable telemedicine programmes around the world.  Several aspects are key for the success of any telemedicine programme. A robust network and dedicated information technology team that allows the connectivity with the different sites4 and for various clinical applications.9-11  The cost effectiveness of the Kosova programme has been well documented, showing that it is an optimal option to reduce the cost of educational activities.2 Investment in tele-education infrastructure will provide the framework and foundation for clinical programmes, research and international partnership.3,12  Through the TCK, IVeH has advanced the quality and availability of medical education in Kosova, fulfilling the CME needs of health professionals using local and international expertise. The electronic library has provided the latest in evidence-based practices allowing the health professionals to access information, as they need on a day-to-day base.2,3  The use of the telemedicine network for other medical services beyond educational activities is under development in Kosova with promising clinical and research applications such as remote patient monitoring, telediabetes, telestroke, and teletrauma programmes. The success in Kosova has led to the development of similar programmes in other Balkan countries like Albania and other countries.12 Recently IVeH has completed the new telemedicine programme in Cape Verde, Africa and is in the process of or has initiated programme in a few other African countries such as Tanzania, Nigeria, Madagascar as well as in  Vietnam.  Conclusions    Telemedicine programmes can improve medical education and access to current medical literature in developing countries. Tele-education programmes pool resources and increase access to information. The variety of lectures broadcast illustrates the broad outreach of telemedicine delivered educational programmes for all medical sub-specialties. In addition, the high number of nurse participants would support future initiatives to specifically target continuous nursing education. These systems are cost effective and open the doors for research and international partnership. The model used in Kosova, created by IVeH is being applied to other countries successfully.  .................................................................................  Conflict of Interest: The author declares no conflict of interest. Corresponding Author: Rifat Latifi, MD, FACS Department of Surgery,  University of Arizona,  Tucson, Arizona,  USA 85724 Rlatifi@email.arizona.edu  References 1. Latifi R, Muja S, Bekteshi F, Merrell RC. The role of telemedicine and information technology in the redevelopment of medical systems: The case of Kosova. Telemed J E Health 2006;12(3):332-340. 2. Latifi K, Lecaj I, Bekteshi F, Dasho E, et al. Cost-benefit analysis on the use of telemedicine programme of Kosova for continuous medical JOURNAL OF THE INTERNATIONAL SOCIETY FOR TELEMEDICINE AND EHEALTH                                         Hoxha Z et al.  J Int Soc Telemed eHealth 2013;1(3):93-97  97 education: a sustainable and efficient model to rebuild medical systems in developing countries. Telemed J E Health 2011;17(10):757-762. 3. Latifi R, Merrell RC, Doarn CR, et al. Initiate-build-operate-transfer-a strategy for establishing sustainable telemedicine programmes in developing countries: initial lessons from the Balkans. Telemed J E Health 2009;15(10):956-969. 4. Latifi R, Dasho E, Lecaj I, et al. Beyond "Initiate-Build-Operate-Transfer" strategy for creating sustainable telemedicine programmes: lesson from the first decade. Telemed J E Health 2012;18(5): 388-390.  5. WHO. (2013). HINARI Access to Research in Health Programmeme. www.who.int/hinari/en accessed 13 July 2013.   6. Latifi R. "Initiate-build-operate-transfer" - a strategy for establishing sustainable telemedicine programmes not only in the developing countries. Stud Health Technol Inform 2011;165:3-10. 7. Al-Tamimi, DM. Application of information and communication technologies in medical education.   J Family Community Med 2003;10(1):67-76. 8. Mars M. Telemedicine and Advances in Urban and Rural Healthcare Delivery in Africa. Prog Cardiovasc Dis 2013;56(3):326-335. 9. Latifi R, Weinstein RS, Porter JM, et al. Telemedicine and telepresence for trauma and emergency care management.  Scand J Surg 2007;96(4):281–289. 10. Ricci MA, Caputo M, Amour J, et al. Telemedicine reduces discrepancies in rural trauma care. Telemed J E Health 2003;9(1):3–11. 11. Duchesne JC, Kyle A, Simmons J, et al. Impact of telemedicine upon rural trauma care. J Trauma 2008;64(1):92-97. 12. International Virtual e-Hospital Foundation. (2013). www.iveh.org accessed 13 July 2013.  

The contribution of the telemdicine programme of Kosova on e-learning and continuous medical education: the outcomes of the first decade

https://journals.ukzn.ac.za/index.php/JISfTeH/article/download/50/pdf

The contribution of the telemdicine programme of Kosova on e-learning and continuous medical education: the outcomes of the first decade

Abstract

Similar works

Full text

Available Versions

Open Journals@UKZN