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Telemedicine: potential for use in developing country environments S. Yunkap Kwankam Department of Health Service Provision Cluster on Evidence and Information for Policy World Health Organization Geneva, Switzerland Overview • What is telemedicine? • The health system • Examples and potential of telemedicine • Use of ICT world wide • Contribution to strengthening health • Partnerships - role for Civil Society • Conclusion What is telemedicine? Telemedicine: • The delivery of health care services, where distance is a critical factor, by health care professionals using information and communications technologies for the exchange of valid information for diagnosis, treatment and prevention of disease and injuries, research and evaluation, and for the continuing education of health care providers, all in the interest of advancing the health of individuals and their communities - WHO (1997) What is Telehealth? Telehealth: • The use of electronic information and communication technologies to support long-distance clinical health care, patient and professional health-related education, public health and health administration - US Office for the Advancement of Telehealth What is eHealth? Source: The eHealth Landscape (2001) Capacity of ICT Entire contents of the Library of Congress transmitted in 30 minutes 450,000 people communicating by telephone simultaneously via the Internet all through a fiber smaller than diameter of human hair. Comparisons US postal system delivered 101billion pieces of mails 618 billion email messages delivered in same year in US 2005 - estimated 35 billion emails sent around the world daily Goal - both level and distribution Level Distribution Health Responsiveness Fairness in financing Health system functions Financing Stewardship Fund pooling Purchasing Provision Personal health services Non-personal health services Resource generation Revenue collection Intermediate goal - Effective Coverage Availability Coverage Accessibility Coverage Affordability Effective Coverage Acceptability Coverage Coverage Resourceconstrained Quality Coverage Intermediate goal • Provider performance – Health gain - quality: effectiveness, safety – Efficiency THE CHANGING PRACTICE ENVIRONMENT Current Approach Care based on visits Professional autonomy Professionals control care Provider records Decision based on experience Safety is individual issue Secrecy is necessary The system reacts to needs Cost not controlled Independent providers New Model Continuous relationships Customized patient care Patient is source of control Information flows freely Evidence-based decisions Safety is a system property Transparency is necessary Needs are anticipated Control costs Cooperation is a priority Source: Janet M. Corrigan, Institute of Medicine Committee on the Quality of Health Care in America PERSPECTIVES OF PATIENT-BASED INFORMATION POPULATION - REFERENCE - HEALTH STATUS - SERVICE UTILIZATION AND PRODUCTION - RESEARCH GROUPS - BY CLINICAL ATTRIBUTES CLINICAL FINDINGS REFERENCE GROUP COMPARISONS IDENTIFY ASSOCIATED ATTRIBUTES - BY INTERVENTION CHARACTERISTICS MANAGEMENT AND REPORTING PROCESS CONTROL INDIVIDUAL - SEQUENCIAL CHRONOLOGICAL PROBLEM-ORIENTED PERMANENCY HISTORICAL RECOVERY COMMUNICATION RECENT EVENT RECOVERY DETAIL DIFFERENT “VISIONS” OF DATA DIFFERENT OUTPUTS INTENSIVE DATA MANIPULATION Telemedicine - examples • Telemedicine in at least 60 WHO Member States • Consultation, radiology, cardiology, etc. • Different types of infrastructure POTS, ISDN, radio, satellites • different locations - clinic, home, mountain top, at sea Potential of telemedicine • Improved access • Cost reduction • Informed policy and decision-making • Improved quality of care and delivery systems Potential for practice improvement Dramatic reduction in medical errors Greater recruitment and retention of health care workers due to availability of ICT tools that improve the quality of work life Greater access to health care professionals especially in remote and rural regions through Telehealth Reduced physician and hospital visits, a reduction in duplication of services, improved efficiency and grater productivity through more effective data gathering and information sharing Evidence-based care through best practices made possible by integrated decision-support tools Potential for practice improvement - 2 More knowledgeable workers through convenient and accessible online continuing education Improved patient care at the point of delivery through better access to patient and clinical information Greater system accountability with more information on the performance of health care organizations and providers •Improved health system management, planning and research through better information. Potential for cost savings 25b-40b by giving US consumers the right information, which could lead to better medical results 30b-40b from informed decision-making leading to more efficient use of medical and clinical resources 30b-40b from use of electronic communications to replace visits to primary care physician •15b-20b savings in administrative costs by eliminating the need to for care givers to recreate records each time a patient moves or changes medical plans Technology intervention Provision of health services: • The combination of inputs into a production process that takes place in a particular organizational setting and that leads to the delivery of a series of interventions Health outcomes Financing Resource inputs Policy Organization & management THE DEVELOPMENT / ANALOG / DIGITAL DIVIDES BY INCOME Percentage of World Total 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% 0% Population Low Television Telephone Lower Middle GDP Upper Middle Internet High Source: Digital Opportunities Taskforce (DOT Force), 2000 SELECTED TECHNOLOGY OUTPUTS BY REGION (1992-1997) Region Mobile Phones per 103 pop OECD Eastern Europe & FSR East Asia Latin America & Caribbean Middle East Sub-Saharan Africa South Asia 102.21 6.34 24.36 14.43 24.58 1.61 0.69 Pers Computers per 103 pop 195.37 28.21 46.10 20.33 32.16 5.05 4.72 Fax Machines per 103 31.43 2.27 6.34 9.05 7.06 1.66 1.60 GPD per pop capita 20,113.5 4,027.4 6,270.6 5,635.8 8,941.5 1,971.5 1,764.3 Source: Rodríguez F and Wilson E (InfoDev, World Bank 2000). Cited in [7], modified THE RESEARCH & DEVELOPMENT DIVIDE BY REGION GLOBAL INTERNET USERS (APRIL 2001) TOTAL NUMBER OF USERS 427,213,610 0.78% 47.95% 4.56% 4.12% 18.58% 0.38% 23.63% Source: www.netsizer.com North America South America Central America Europe Asia Oceania Africa INTERNET USE - LANGUAGE NUMBER OF NATIVE SPEAKERS ONLINE (MARCH 2001) Russian Portuguese 2.3% 2.5% Dutch 2.1% Other 6.2% Italian 3.1% English 47.5% French 3.7% Korean 4.4% Spanish 4.5% German 6.1% Japanese 8.6% Chinese 9.0% Source: Global Reach, Internet Statistics Global Distributions: - Population, BoD, Health Spending, IP Hosts Developed: 16 % population 7% burden of disease 89% health spending 94 % of hosts Australia, Japan & Developing: 84 % population 93% burden of disease 11% health spending 6 % of hosts New Zealand 6.4% Canada & 3.7 % Developing US Other 65.3% 5.9% Europe 22.4% Source: ITU 1999 “Challenges to the Network: Internet for Development” Asia-Pacific LAC 1.9% Africa 0.3 % GLOBAL INTERNET USERS Millions of Users 350 28% 300 21% 250 Penetration 200 15% 150 9% 100 50 6% 1% 4% 0.1% 0 1.6% 0.3% 0.5% 0.1% 1995 1996 1997 1998 1999 2000 Developed 30 47 77 124 180 232 Developing 3 7 13 25 51 83 Source: International Telecommunication Union, 2000 Driving force for Telemedicine • Driven by health needs • Not led by technology Mission Improve health service delivery, in particular, and health system performance in general, through the use of ICTs in countries Activity areas Developing the evidence base - best practices approaches, methods, tools and indicators for projects capacity building resource generation Resource generation - people • Multiple role of people - consumers, providers, contributors to financing, stewards • “ .. the performance of the health care system depends, ultimately, on the knowledge, skills and motivation of the people responsible for delivering services” - WHR 2000 Generating - skills and knowledge • Education, training and continuing professional development. • Knowledge generation • knowledge systems • Problems – Numerical imbalances – Training and skill mix imbalance – Distribution imbalances Improved access to health services • Often Telemedicine trials inspired by lack of • • access to services Ethiopia - five radiologists cover entire country Heartbeat Jordan project – – – – – Offered best access to target population improved economic and clinical efficiency Raised quality of care delivery Early detection and non-invasive medical techniques Cost savings of $167 000 in one district in 3 months per capita health spending $119 (commercial x-rate) $285 (ppp x-rate) Informed policy making • Benefits to service provision – Using TM infrastructure to close loop on data and information, horizontally and vertically – modern communications used to share information seamlessly. Preserves virtues of autonomy for providers, without fragmentation Indicators of attainment • helping users to obtain services they need, when and where (Access) • making health services work better (Effectiveness) • improving knowledge and skills of care givers (Competence) • Help to improving relevance of services (Appropriateness) Indicators of attainment - 2 • getting best results at lowest cost (Technical Efficiency) • help improve dignity of treatment, autonomy of users, promptness of attention and confidentiality (Responsiveness) • Meeting expectations of population (Responsiveness) Barriers to widespread use of Telemedicine • Multi-dimensional construct – technical knowledge – economic viability – organizational support – behavior modification Sustainability of Telemedicine projects? • Realization of benefits threatened by lack of sustainability • Individual spending on health insufficient to pay for cost of health care (insurance) • In developing countries few providers can recover costs in Telemedicine projects - let alone make a profit Integrated Services Telehealth Network (ISTN) • Multiple services in value chain using Telehealth infrstructure • Aggregation of users • Availability of LINCOS - multipurpose, multi-media self powered, satellite communications units Equipment Supplier Hospital Telecom Operator System Integrator Health Services provider Community Equipment Supplier Health Facility System Integrator Commercial Facility Telecom Operator Service providers Community Other WHO efforts The Health Internetwork project Trade in health services via telemedicine Health InterNetwork: Goals • Improve global public health by facilitating the flow of health information worldwide, using Internet technologies. • Enable more effective health service delivery through – access to high quality, relevant and timely information – better communication within the public health community. Objectives • Support existing public health programs and priorities through improved access and use of information and communication technologies. • Evaluate the impact of HIN on health service delivery and, where feasible, on health indicators. • Assess the utility, relevance and impact of HIN in improving information access, exchange and use in the public health community. Concept • Project cornerstones – Content: provided through an Internet portal – Connectivity: at selected information access points in countries – Capacity: skills development for public health information access, management and use Focus • Focus on public health – Health service providers – Researchers and scientists – Policy makers at all levels Partnerships ITU e-commerce project Organizations in official relations with WHO Role for Civil Society Resolution WHA 40.25 Objectives Privileges Responsibilities Conclusion Greatest potential for lasting impact lies with contributing to improving HSP Challenge Civil Society - develop innovative approaches for sustainable application of telemedicine to improving health system objectives Sharing not a zero-sum game- two candles shine better than one