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22 Nov 2004 00:00
Much money is spent on studying the health problems of the developing world. Only a small proportion goes on improving the effectiveness of health delivery systems.
The imbalance is a distorted reflection of real needs.
There are no Nobel Prizes for ground-breaking research into the best ways of delivering health care—particularly in developing countries.
All this is despite the fact that, in terms of the world’s health needs, effective mechanisms for getting the result of biomedical research to the patients who could most benefit from it remains near the top of the priority list.
More than six million children die each year in the developing world, for example, from diseases that could be prevented by simple interventions. Even in the United States, it is estimated that one half of the population does not receive medical treatment from which it could benefit.
Yet debate on scientific priorities continues to focus primarily on the more glamorous end of the spectrum: the research leading to drugs, vaccines and treatments win prizes, are published in high-profile journals and open the door to glittering academic careers.
This distortion in research priorities is highlighted in a report published by the World Health Organisation (WHO). Claiming that half of the world’s deaths could be prevented with simple and cost-effective interventions, the report underlines the extent to which “malfunctioning health systems are at the heart of the problem”.
The principle targets of the report are health ministers and top health administrators attending an international summit in Mexico City. Hopefully, these will be persuaded that at both national and international level, research on health systems should be given much higher priority. The report recommends that about two percent of a country’s health budget should be spent in this area; at present, in many developing countries, the expenditure is less than one-twentieth of that.
But the message needs wider acknowledgement. One group that needs to develop an adequate response is the gatekeepers of biomedical research results, and those responsible for getting such results into the hands of decision-makers. For much more attention is needed to ways of doing this effectively—not only using modern communications tools such as the internet—but also the professional skills of those expert in translating specialist knowledge into terms that non-specialists can understand.
A second group that needs to take on board the message of the WHO report is the world’s biomedical community. This is because of the central role that scientists themselves play not only in setting their research objectives, but also in establishing the criteria by which success in achieving such objectives is judged. And it has been these criteria that have been partly responsible for the low esteem in which such research is widely held in the academic community.
To some extent this has perhaps been an inevitable consequence of the nature of health systems research. Conventional academic research—particularly in the natural sciences—tends to be universal in both its subject matter and its application. In contrast, health systems research tends to be localised; it is unlikely that the best way of caring for HIV/Aids patients in Botswana is going to be immediately relevant to the situation in Thailand or Bolivia. Another related factor is the difficulty in assessing the health systems.
Far too little effort has gone into supporting efforts by those in the field to build their own, subject-specific techniques for producing the robust evidence on which to base effective health policies.
Academic research is not enough
Behind each of these factors lies the notion that the principal route to better health in the developing world lies in ensuring that diseases experienced largely in the developing world are given sufficient attention by academic researchers.
Academic research is certainly an essential dimension of the problem. As the Global Forum for Health Research is constantly reminding us, only 10% of the world’s health research funding is spent on diseases that effect the 90% of its population.
But research will only make an impact if it is applied. And this means that the work of academics must come to be seen by both policy-makers and researchers as part of ‘systems of biomedical innovation’ requiring the involvement of a range of professional expertise—including social scientists, government officials, and even the media.
Where this exists, the results can be impressive (and rewarding). Take, for example, the Tanzania Essential Health Interventions Project (Tehip) project that has been taking place for more than a decade. Financed by Canada’s International Development Research Centre, this has been looking at ways of bringing the priorities of local health care systems more closely into line with the actual distribution of disease. One result: a 40% drop in childhood mortality since the late 1990s.
The challenge of bridging the ‘know-do’ gap
The Tanzanian experience shows that health systems research, if carried out with commitment and a concern for its application, can have just as big an impact on health as new drugs or vaccines. The WHO is now examining ways in which the research results may be applied to other countries in the region. And the project has been highlighted as a convincing example of the way that carefully targeted and implemented aid projects can make a significant impact on the lives of those they seek to help.
The key challenge—and it is one which applies to the whole development scene—is finding better ways of closing what the WHO report describes as the ‘know-do’ gap. Knowledge itself and the skills to generate it are essential for development.
But knowledge can only have an impact if it is put into practice. And that requires a separate, equally essential, set of knowledge and skills. If the meeting in Mexico City provides meaningful political support for this message, it will have taken a small but significant step towards reducing the burden of disease on those who, given recent developments in biomedical science, should not still be suffering.—SciDev.Net
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