Medical Tourism in Developing Countries
Medical Tourism in Developing Countries Medical Tourism in Developing Countries
Promoting Medical Tourism ● 109Lastly, there is a new migration that has emerged that might have longtermeffects on the development of medical tourism. There is evidence ofyoung Americans going to “Booming Bangalore” in search of IT jobs andviewing this as a smart career move. 48All these forms of migration bode well for the medical tourism industryinsofar as the brain gain translates into the skilled labor force needed to fuelthe nascent industry.Advantage III: Domestic Research and DevelopmentTechnological change entails new, improved, and cost-saving ways of producingold products, as well as the production of entirely new products.Sometimes technological change results in higher output using the samequantity of inputs. More often than not, it entails labor-saving progress inwhich higher levels of output can be achieved with less labor: computers,mechanical threshers, automated looms, and high-speed electric drills areall examples of inputs that are more productive than manpower. Indeed,labor-saving technology has drastically increased worker productivity, asthe average West European today is some 20 times more productive thanhe was in 1800. 49 Societies with abundance of entrepreneurs and inventorsare the ones most likely to develop, introduce, and profit from such productivetechnological innovation. 50 For this reason, developing countries suchas India and China are seeking not only to increase production, but also toincrease their capacity for technological change (in other words, they wantto design, not to copy other countries’ designs 51 ).Given the highly technical aspects of medical tourism, especially withrespect to invasive procedures and diagnostic services, being the source oftechnological innovation is crucial (although it is easier to receive technologyfrom the outside than produce it at home, such technology is often obsoleteand cannot be used in medical tourism). The ability to do that is tied closelyto the quantity and quality of research and development. Grossman andHelpman claim that research and development (R&D) is positively relatedto economic growth as it enables the increase in both quantity and qualityof goods produced. 52 The United States spends more on R&D than the nextfive countries combined. 53 Of the world’s new investment in R&D, thedistribution is as follows: 42 percent is in the United States and Canada, 28percent in Europe, 27 percent in Asia and 1 percent in Latin America. 54With respect to expenditure on R&D, Israel spends 5 percent of its grossdomestic budget, the United States almost 3 percent, and South Korea 2.5percent. 55 Moreover, according to UNCTAD, multinational corporations
110 ● Medical Tourism in Developing Countrieshave more than doubled their R&D investments in developing countriesover the past decade ($30 billion in 1993 to $67 billion in 2003), most ofit has gone to East Asia, India, and Eastern Europe. 56In order to be effective, expenditure on R&D must have the followingcharacteristics. It must be ongoing and increase over time in order to keepup with relentless technological change (as Cetron et al. stated, “Half of whatstudents learn in their freshman year about the cutting edge of science andtechnology is obsolete, revised, or taken for granted by their senior year” 57 ).R&D expenditure must also take place in the context of well-defined intellectualproperty rights that are respected by all. Finally, cooperation betweensectors and entities is imperative in order to eliminate duplication of efforts.Specifically, public universities and research centers must work with the privatesector as that is where much of the funding originates (even China getsmost of its R&D money from the private sector 58 ).Given the importance of technological change for the medical tourismindustry, destination countries under study are compared with respect toindicators of R&D (table 5.3). The number of patents awarded per millioninhabitants is an indication of local innovation and only Costa Rica has apositive number. All countries spend a positive amount of money on researchand development, as measured by R&D expenditure as a percent of totalGDP. With respect to the number of researchers involved in R&D permillion people, only Jordan stands out. However, these results are not veryinformative since data are not available for many countries under study, soperhaps indirect evidence can shed more light on the research reality incountries promoting medical tourism. Indirect indicators of technology creationmight be the quality of scientific research institutions and the collaborationbetween industries and universities. With respect to the former, Indiaranks the highest among the countries under study. In fact, it ranks seventeenthglobally—only one less developed country, Taiwan, ranks above it. 59It is followed closely by Malaysia, which leads in terms of the R&D collaborationbetween industries and universities. Incidentally, for comparison purposes,Jordan and Italy have identical values for collaboration (2.8).There are successes in research and development that are not reflected inthe data in table 5.3. For example, Cuba has made very significant stateinvestment in the biotechnology industry and now has the most advancedmedical technology in the area. 60 Its first success in medical research was thediscovery and patenting of the meningitis B vaccine in the 1980s (that isnow licensed to GlaxoSmith Kline for marketing in Europe). 61 Moreover,Havana’s Center for Molecular Immunology developed two crucialvaccines—Thera CIM, an antibody effective for certain head and neckcancers resistant to chemotherapy, and the SAI-EGF lung cancer vaccine 62
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Promot<strong>in</strong>g <strong>Medical</strong> <strong>Tourism</strong> ● 109Lastly, there is a new migration that has emerged that might have longtermeffects on the development of medical tourism. There is evidence ofyoung Americans go<strong>in</strong>g to “Boom<strong>in</strong>g Bangalore” <strong>in</strong> search of IT jobs andview<strong>in</strong>g this as a smart career move. 48All these forms of migration bode well for the medical tourism <strong>in</strong>dustry<strong>in</strong>sofar as the bra<strong>in</strong> ga<strong>in</strong> translates <strong>in</strong>to the skilled labor force needed to fuelthe nascent <strong>in</strong>dustry.Advantage III: Domestic Research and DevelopmentTechnological change entails new, improved, and cost-sav<strong>in</strong>g ways of produc<strong>in</strong>gold products, as well as the production of entirely new products.Sometimes technological change results <strong>in</strong> higher output us<strong>in</strong>g the samequantity of <strong>in</strong>puts. More often than not, it entails labor-sav<strong>in</strong>g progress <strong>in</strong>which higher levels of output can be achieved with less labor: computers,mechanical threshers, automated looms, and high-speed electric drills areall examples of <strong>in</strong>puts that are more productive than manpower. Indeed,labor-sav<strong>in</strong>g technology has drastically <strong>in</strong>creased worker productivity, asthe average West European today is some 20 times more productive thanhe was <strong>in</strong> 1800. 49 Societies with abundance of entrepreneurs and <strong>in</strong>ventorsare the ones most likely to develop, <strong>in</strong>troduce, and profit from such productivetechnological <strong>in</strong>novation. 50 For this reason, develop<strong>in</strong>g countries suchas India and Ch<strong>in</strong>a are seek<strong>in</strong>g not only to <strong>in</strong>crease production, but also to<strong>in</strong>crease their capacity for technological change (<strong>in</strong> other words, they wantto design, not to copy other countries’ designs 51 ).Given the highly technical aspects of medical tourism, especially withrespect to <strong>in</strong>vasive procedures and diagnostic services, be<strong>in</strong>g the source oftechnological <strong>in</strong>novation is crucial (although it is easier to receive technologyfrom the outside than produce it at home, such technology is often obsoleteand cannot be used <strong>in</strong> medical tourism). The ability to do that is tied closelyto the quantity and quality of research and development. Grossman andHelpman claim that research and development (R&D) is positively relatedto economic growth as it enables the <strong>in</strong>crease <strong>in</strong> both quantity and qualityof goods produced. 52 The United States spends more on R&D than the nextfive countries comb<strong>in</strong>ed. 53 Of the world’s new <strong>in</strong>vestment <strong>in</strong> R&D, thedistribution is as follows: 42 percent is <strong>in</strong> the United States and Canada, 28percent <strong>in</strong> Europe, 27 percent <strong>in</strong> Asia and 1 percent <strong>in</strong> Lat<strong>in</strong> America. 54With respect to expenditure on R&D, Israel spends 5 percent of its grossdomestic budget, the United States almost 3 percent, and South Korea 2.5percent. 55 Moreover, accord<strong>in</strong>g to UNCTAD, mult<strong>in</strong>ational corporations