E-Health Dot-Coms' Critical Success Factors

2011 ◽  
pp. 2134-2142
Author(s):  
Abrams A. O’Byuonge ◽  
Leida Chen

The increasing use of the Internet by consumers gave rise to an information boom to health-care consumers. Not only could the Internet be used as a communication tool to provide information that would allow patients to make informed decisions, but it could also be used to generate revenue for investors. The dot-com boom of the late 1990s exploited this opportunity, targeting the health-care system, a $1.7 trillion market in the United States alone. Overall, the health-care system is wasteful and costly (Itagaki, Berlin, & Schatz, 2002), and as a result, health-care IT was touted as the magic pill for cutting costs. The Internet boom of the late 1990s saw the emergence of e-health: the delivery of health services and health information through the Internet and Internet-related technologies (Eysenbach, 2001). Leading the many entrepreneurs and venture capitalists who stepped in to seize a piece of the health-care industry cake were WebMD Corp., an online provider of medical information for doctors and consumers in Elmwood Park, New Jersey, and DrKoop.com, an Austin, Texas-born company that later moved to Santa Monica, California, and began doing business as Dr. Koop LifeCare Corp. Dr. C. Everett Koop, the former U.S. surgeon general, had spent over 6 decades in the medical profession. He envisioned the Internet as an opportunity to change the health-care delivery system in order to empower individuals to take charge of their own health care (Musselwhite, 2002). With this vision and his reputation as an advocate for health-care reform, along with the help of two budding entrepreneurs, Don Hackett and John Zacarro, the trio opened a business-to-consumer Internet portal: DrKoop.com. The portal was designed to provide health information to consumers in areas such as chronic illness, food and nutrition, fitness, and medical breakthroughs. At the beginning, the Web site was an overwhelming success, receiving a million hits per month after 2 years of operation, and about 4 million unique visitors per month at its peak. The portal included a personal medical-records system that facilitated the cross-referencing of medications for interactions, as well as the storage of medical reports that could then be accessed by both patients and physicians. DrKoop.com’s public woes began in February 2000 when its auditor, PricewaterhouseCoopers, issued a “going concern qualification,” an ominous warning that highlighted the precarious financial situation the Internet-based health service was in Cleary (2000). By the end of 2000, DrKoop.com was still struggling, and in the first 9 months of 2001 alone, the company’s losses were nearly 3 times its revenue. According to the Securities and Exchange Commision (SEC) filings, from January 1999 until the service’s liquidation in September 2001, DrKoop.com’s losses stood at $193.6 million, dwarfing the $41 million revenue generated during the period. At the site’s peak in July 1999, DrKoop.com’s stock rose to $45.75 per share on the NASDAQ, but was worth $0.12 at the time of bankruptcy filing. In July 2002, Vitacost.com, a privately held online seller of nutritional supplements, paid a paltry $186,000 in cash for DrKoop.com’s assets, which included the brand name, trademarks, domain names, the Web site, and the e-mail addresses of its registered users. WebMD, originally called Healtheon/WebMD, was founded by Jim Clark, who also founded Silicon Graphics and Netscape. Clark’s vision was to connect insurance companies, doctors, and patients over the Internet in order to lower costs and reduce paper trails. Rather than building its own products and services, Healtheon used its highly valued stock to finance acquisitions of leading companies in the industries it targeted. In 1999, it acquired WebMD.com and OnHealth, both leading health portals, giving it access to the consumer health market (Salkever, 2000). Though WebMD lost $6.5 billion on revenue of $530.2 million in the first 9 months of 2001, it still continued to expand long after DrKoop.com had dropped off the radar screen. For the fiscal year ending in December 2003, WebMD reported revenues of $964 million, an increase of 10.6% on the previous year’s revenues, which totaled $871.7 million. Of the 11 health-care mergers and acquisition deals in the first 7 months of 2004, valued at $900 million, WebMD was the leading acquirer (Abrams, 2004). Two of WebMD’s high-profile acquisitions in 2004 were the $160 million cash purchase of ViPS, a privately held provider in Baltimore, Maryland, of information technology to the government, Blue Cross-Blue Shield, and other health-care insurers; and the $40 million acquisition of Dakota Imaging Inc., a private company in Columbia, Maryland, that offered automated health-care claims processing technology. As industry leaders, WebMD and DrKoop.com faced competition from both health-care information portals (such as HealthGrades.com, MDConsult, ZoeMed.com) and online pharmacies that provided consumers with one-stop shopping for medications and medical information (Walgreens.com, drugstore.com, Webvan.com). The threat from the health-care information portals, nevertheless, was minimal due to their limited brand recognition and information coverage. In the online pharmacy sector, however, Walgreens.com gained a substantial market share by combining the best of both worlds: complementing its physical stores located throughout the country by offering online customer service, convenience, and real-time access to a health library that provided comprehensive information on prescription drugs, insurance, and health issues.

Author(s):  
Abrams A. O’Byuonge ◽  
Leida Chen

The increasing use of the Internet by consumers gave rise to an information boom to health-care consumers. Not only could the Internet be used as a communication tool to provide information that would allow patients to make informed decisions, but it could also be used to generate revenue for investors. The dot-com boom of the late 1990s exploited this opportunity, targeting the health-care system, a $1.7 trillion market in the United States alone. Overall, the health-care system is wasteful and costly (Itagaki, Berlin, & Schatz, 2002), and as a result, health-care IT was touted as the magic pill for cutting costs. The Internet boom of the late 1990s saw the emergence of e-health: the delivery of health services and health information through the Internet and Internet-related technologies (Eysenbach, 2001). Leading the many entrepreneurs and venture capitalists who stepped in to seize a piece of the health-care industry cake were WebMD Corp., an online provider of medical information for doctors and consumers in Elmwood Park, New Jersey, and DrKoop.com, an Austin, Texas-born company that later moved to Santa Monica, California, and began doing business as Dr. Koop LifeCare Corp. Dr. C. Everett Koop, the former U.S. surgeon general, had spent over 6 decades in the medical profession. He envisioned the Internet as an opportunity to change the health-care delivery system in order to empower individuals to take charge of their own health care (Musselwhite, 2002). With this vision and his reputation as an advocate for health-care reform, along with the help of two budding entrepreneurs, Don Hackett and John Zacarro, the trio opened a business-to-consumer Internet portal: DrKoop.com. The portal was designed to provide health information to consumers in areas such as chronic illness, food and nutrition, fitness, and medical breakthroughs. At the beginning, the Web site was an overwhelming success, receiving a million hits per month after 2 years of operation, and about 4 million unique visitors per month at its peak. The portal included a personal medical-records system that facilitated the cross-referencing of medications for interactions, as well as the storage of medical reports that could then be accessed by both patients and physicians. DrKoop.com’s public woes began in February 2000 when its auditor, PricewaterhouseCoopers, issued a “going concern qualification,” an ominous warning that highlighted the precarious financial situation the Internet-based health service was in Cleary (2000). By the end of 2000, DrKoop.com was still struggling, and in the first 9 months of 2001 alone, the company’s losses were nearly 3 times its revenue. According to the Securities and Exchange Commision (SEC) filings, from January 1999 until the service’s liquidation in September 2001, DrKoop.com’s losses stood at $193.6 million, dwarfing the $41 million revenue generated during the period. At the site’s peak in July 1999, DrKoop.com’s stock rose to $45.75 per share on the NASDAQ, but was worth $0.12 at the time of bankruptcy filing. In July 2002, Vitacost.com, a privately held online seller of nutritional supplements, paid a paltry $186,000 in cash for DrKoop.com’s assets, which included the brand name, trademarks, domain names, the Web site, and the e-mail addresses of its registered users. WebMD, originally called Healtheon/WebMD, was founded by Jim Clark, who also founded Silicon Graphics and Netscape. Clark’s vision was to connect insurance companies, doctors, and patients over the Internet in order to lower costs and reduce paper trails. Rather than building its own products and services, Healtheon used its highly valued stock to finance acquisitions of leading companies in the industries it targeted. In 1999, it acquired WebMD.com and OnHealth, both leading health portals, giving it access to the consumer health market (Salkever, 2000). Though WebMD lost $6.5 billion on revenue of $530.2 million in the first 9 months of 2001, it still continued to expand long after DrKoop.com had dropped off the radar screen. For the fiscal year ending in December 2003, WebMD reported revenues of $964 million, an increase of 10.6% on the previous year’s revenues, which totaled $871.7 million. Of the 11 health-care mergers and acquisition deals in the first 7 months of 2004, valued at $900 million, WebMD was the leading acquirer (Abrams, 2004). Two of WebMD’s high-profile acquisitions in 2004 were the $160 million cash purchase of ViPS, a privately held provider in Baltimore, Maryland, of information technology to the government, Blue Cross-Blue Shield, and other health-care insurers; and the $40 million acquisition of Dakota Imaging Inc., a private company in Columbia, Maryland, that offered automated health-care claims processing technology. As industry leaders, WebMD and DrKoop.com faced competition from both health-care information portals (such as HealthGrades.com, MDConsult, ZoeMed.com) and online pharmacies that provided consumers with one-stop shopping for medications and medical information (Walgreens.com, drugstore.com, Webvan.com). The threat from the health-care information portals, nevertheless, was minimal due to their limited brand recognition and information coverage. In the online pharmacy sector, however, Walgreens.com gained a substantial market share by combining the best of both worlds: complementing its physical stores located throughout the country by offering online customer service, convenience, and real-time access to a health library that provided comprehensive information on prescription drugs, insurance, and health issues.


2018 ◽  
pp. 99-105
Author(s):  
Justin C. Matus

Abstract.  The purpose of this article is to present an overview of the status of the Danish Health Care system’s internal debate about the role of health care information.  On the one hand, health information, when used appropriately can be a gold mine of information to help patients and in the development of policies and allocation of resources.  On the other hand, concerns about patient privacy, unmasking of poor quality, monitoring, reduced autonomy and political agendas give rise to suspicion and fear, i.e., the mine field.  An overview of the Danish health care system is presented with an emphasis on the perceived concerns and agendas of the various stakeholders.  The perceived risks and benefits of collecting, protecting and utilizing health information is presented.  The article concludes with a recommendation for greater cooperation among the various stakeholders. Published: Online September 2018.


1998 ◽  
Vol 07 (01) ◽  
pp. 108-112
Author(s):  
Yu-Chuan Li

AbstractAs in every other segment of the Internet, the amount of health-care information has increased exponentially in the past five years. Research-oriented, clinical. oriented and education-oriented medical resources have been built on the Internet by companies and institutions. Thousands of major medical web sites are currently serving millions of documents on the Internet, which are likely to double in the next 20 months. While the Internet is becoming the largest medical information repository, it is necessary that health-care professionals know efficient ways to find what they want in the vast field of medical information. This paper discusses the categorization, searching mechanisms and the impact of medical resources on the Internet.


2018 ◽  
Author(s):  
Lily Lee

BACKGROUND While mobile technologies have addressed health care access and affordability gaps, billions of emerging mobile users have yet to benefit from the health information available on their mobile phones. OBJECTIVE • To understand data-enabled mobile phone ownership and behaviors among low-income young urban Indian families, who represent the next billion mobile users. • To identify the barriers to usage and how these barriers can be overcome in the design of mHealth interventions. METHODS We used a two-step process, starting with research on mobile adoption behaviors and then testing several versions of a mobile health application. We interviewed 257 young people in diverse low-income communities in Mumbai and Delhi who were expecting a child or had an infant. We used the hypotheses generated by our research for iterative, rapid prototype development and qualitative and quantitative testing over two rounds with users in Mumbai. The mobile application included health information presented in audio, text, images and videos, and we studied users as they navigated the mobile journey. Prototype development was informed by learnings from commercial apps used by emerging mobile users that address patchy connectivity, low data speeds and cost-conscious consumers. Our design team included experts in IT, economic development, health, and behavioral science. RESULTS We found rapidly increasing and recent ownership of internet-enabled phones (83%). More than half (56%) of users had acquired their smartphone in the last year. Smartphone ownership rose from 47% in households earning less than INR 20,000 (US$308) per month to 81% in households earning INR 20,000–40,000 per month (US$308–US$615). Phone ownership across the same income segments increased dramatically in neighborhoods that had better infrastructure and connectivity. Internet users sought primarily entertainment (95%), social networking (82%), and online gaming (74%). The 18% of respondents who used the internet to seek health care information reported that, among all sources of health care information, they felt that digital information was the least reliable. The 20% of the sample who did not use the internet cited lack of knowledge (80%), high cost (57%), lack of local language content (39%), and lack of motivation (35%). In our prototype testing, our users were more likely to respond to the test mobile app when it was data light, transparent, and allowed for offline viewing and sharing. Limiting screen choices allowed users to make confident decisions. Visual and video content was preferred to written text. CONCLUSIONS Serving the unique needs of emerging mobile users will require socioculturally appropriate health applications designed by multidisciplinary teams. The user journey should be linear and nudge users toward useful information with both reward and loss-aversion techniques. The app alone will not be successful in improving health unless it is part of a holistic, systemic approach that includes technology companies, local government officials, health clinics, community businesses, and other stakeholders.


Author(s):  
O.O. Punda ◽  
D.A. Arziantseva ◽  
N.P. Zakharkevych

The article is devoted to the issues of informatization of health care in the context of medical reform in Ukraine. It was emphasized that the service component of health care reform should open free access to information for patients, in connection with which the eHealth system (electronic health care system) is being introduced in Ukraine. eHealth provides the exchange of medical information and the implementation of the program of medical guarantees of the population. It is substantiated that in order to effectively implement the state information policy in the medical field it is necessary to develop and adopt a legal act at the level of law, for example, the Law of Ukraine “On the functioning of the electronic health care system in Ukraine”. The task of such an act should be to determine the subjects of information policy in this area, the powers of individual bodies and non-governmental organizations or economic entities involved in the development and operation of electronic health care system. An important element of regulation should be to address the issue of cybersecurity when using eHealth and to determine the responsibility of specific entities for possible violations or threats to the system. It is determined that eHealth should cover all areas of medical services, including “military” and “departmental medicine”. It is emphasized that an important element of the reliable functioning of eHealth should be the training of medical staff to work with databases. At the same time, the provision on the possibility of providing “cloud” services related to the functioning of the electronic health care system should be taken into account during the creation of the draft law “On cloud services”. The possibility of using “cloud” storage of medical data and requirements for the use of “cloud” information services provided from territories of a jurisdiction other than the national one requires is assessment.


2014 ◽  
Vol 9 (1) ◽  
pp. 51 ◽  
Author(s):  
Eamon C. Tewell

Objective – To determine whether there is a significant relationship between patients’ frequency of Internet use and their health care information and decision-making preferences. Design – Cross-sectional questionnaire survey. Settings – Undergraduate classes at a large state university and senior-oriented computer classes at public libraries and senior centers. Subjects – 438 respondents, including 226 undergraduates (mean age 20) and 212 community-dwelling older adults (mean age 72). Methods – Respondents were administered the Health Information Wants Questionnaire (HIWQ), a 21-item instrument designed to measure preferences for 7 types of health information and decision-making, in group settings. Main Results – The younger age group spent significantly more time online compared to the older age group. Frequent Internet users in both populations expressed an overall preference for more information regarding diagnosis, but less information for psychosocial and health care provider concerns. Internet use was positively correlated to the overall preference rating, leading the researchers to suggest that, as a whole, regular Internet users prefer more information and independence in decision-making. Conclusions – The study concludes that Internet use frequency is associated with an overall preference for obtaining health information and participating in decision making. Internet use as related to different types of preferences is inconsistent. Age was not found to be associated with the overall preference rating, and time spent online is proposed to be a stronger indicator of respondents’ health information preferences. The authors suggest that future studies utilizing the HIWQ take a longitudinal approach in order to better track how patient preferences for information may evolve over time.


2013 ◽  
Vol 15 (1) ◽  
Author(s):  
Liezel Cilliers ◽  
Stephen V. Flowerday

Background: E-health has been identified as an integral part of the future of South African public healthcare. Telemedicine was first introduced in South Africa in 1997 and since then the cost of running the Telemedicine projects has increased substantially. Despite these efforts to introduce the system, only 34% of the Telemedicine sites in South Africa are functional at present.Objectives: Literature has suggested that one of the barriers to the successful implementation of health information systems is the user acceptance by health care workers of systems such as Telemedicine. This study investigated the user acceptance of Telemedicine in the public health care system in the Eastern Cape Province, making use of the Unified Theory of the Use and Acceptance of Technology.Method: The study employed a quantitative survey approach. A questionnaire was developed making use of existing literature and was distributed to various clinics around the province where Telemedicine has been implemented. Statistics were produced making use of Statistical Package for the Social Sciences (SPSS).Results: In general, the health care workers did understand the value and benefit of health information systems to improve the effectiveness and efficiency of the health care system. The barriers to the effective implementation of a health information system include the lack of knowledge and the lack of awareness regarding the Telemedicine system. This in turn means that the user is apprehensive when making use of the system thus contributing to less frequent usage.Conclusion: Health care workers do acknowledge that information systems can help to increase the effectiveness of the health care system. In general, the acceptance of Telemedicine in the Eastern Cape Department of Health is positive, but in order to integrate it into standard work practices, more must be done with regards to the promotion and education of telemedicine.


2012 ◽  
Vol 17 (sup2) ◽  
pp. 30-45 ◽  
Author(s):  
Nandita Kapadia-Kundu ◽  
Tara M. Sullivan ◽  
Basil Safi ◽  
Geetali Trivedi ◽  
Sanjanthi Velu

Respati ◽  
2017 ◽  
Vol 9 (27) ◽  
Author(s):  
Mostafa Abobaker ◽  
Selo Sulistyo ◽  
Adhistya Erna Permanasari

The health care system in Libya in recent years does not change significantly, less developed and modernized. This problem is further exacerbated by the revolution that occurred in Libya. The revolution that occurred in 2011 has caused the health care system into collapse. In this study conducted a review for the development of health information systems in Libya by using OpenMRS Framework.At the stage of gathering information using questionnaires concluded that the majority of respondents (about 95.35%) wanted the development of a new system that can resolve the main problems that occurred in Libya, the health information system ineffective and inefficient in which this system has led to wastage of time and increased operating costs. Based on analysis of system vulnerabilities using PIECES method could also be concluded that the current system is not used effectively and efficiently. In this study is also presented on how to implement OpenMRS.Based on the results of the discussion it can be concluded that OpenMRS is a solution that can be taken for the development of a health information system that is fast, low cost, and is an open source application that only requires a little setting in the system of patient management and care. OpenMRS can be implemented to support the health services of a small clinic to the health services with enterprise scale. Therefore, OpenMRS could be the answer to the development of health information systems in various countries around the world, including Libya.


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