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Plagues and Peoples
Basic and strategic research for infectious disease control at the interface of the life, health and social sciences. Twenty-five years after historian William McNeill's landmark publication Plagues and Peoples McNeill, examined the impact of infectious diseases throughout the ages, it is clear that these scourges have not been relegated to the history books.
Contrary to hopes and assumptions spawned by the dawn of the antibiotic era, infectious diseases are still lurking among us and are resurging at an alarming rate. Plagues and people are, and remain, inextricably linked. Tropical diseases used to be studied in isolation, but social, economic, cultural and political factors are emerging as major contributors to their success. It is now acceptable to argue that such diverse events as ecosystem change and urbanization, as well as poverty, inequality, gender relations and many other factors, are decisive issues in the transmission of infectious diseases, and that epidemics are both social and biological events.
This article presents an overview of an infectious disease research agenda at the interface of the life and social sciences and of some of the current initiatives within the World Health Organization WHO 's Special Programme for Research and Training in Tropical Diseases TDR. There is indeed a growing awareness of the interrelations between biotic and social factors in the emergence and persistence of infectious diseases.
Molecular events such as the acquisition of multidrug resistance are clearly induced by social factors Farmer et al. At the other side of the spectrum, bioterrorism not only has potentially catastrophic biological consequences but is also the result of complex social, economic and political dynamics. Over the past decade, several attempts have been made to link biotic and social domains in health and infectious disease research Wilson et al.
Whatever the terminology, it leads to a shift from social science research being a 'handmaiden' McKinlay, for biomedical, downstream micro-level interventions to a model in which health-related social science research informs future policies through multi-level, contextualized research for example, see Ogden, Leading textbooks in tropical medicine and public health have already noted this shift, and have adapted their contents appropriately.
This update reflects the contemporary debate surrounding a conceptual shift from research on disease—the pathogenic paradigm—to research on health—the salutogenic paradigm see Porter et al. Concurrently, there is a shift towards upstream macro levels of disease analysis that examine the broader context of infectious diseases, their persistence and re-emergence, and focuses on such forces as macro-economic, social and political change, social inequalities and conflict.
These are, to a large extent, transnational, and are central to the transmission dynamics of infectious disease, in which macrosocial forces act on micro-level outcomes Farmer, Traditionally, social, economic, socio-economic, political, political—economic, behavioural and cultural factors have been dealt with in social science subdisciplines such as medical anthropology, medical sociology, health economics, medical geography or the political economy of health, without any cross-disciplinary links to the life sciences.
But such social, economic and behavioural SEB research can be useful. At a basic scientific level, it illuminates social, economic and political contingencies that make certain social groups more vulnerable than others, and highlights the extent to which various forms of inequality magnify these vulnerabilities and how these affect the patterns of the spread of disease in specific contexts.
Through multisite comparative research, SEB is able to define health-care approaches that are better suited to bridging the access gap in terms of horizontal and vertical equity and to elucidating the impact of macro-political and macro-economic processes, such as structural adjustment policies, health-sector reform and global health initiatives to control infectious diseases.
At the disease level, SEB research can identify bottlenecks in health services and suggest pathways for the more efficient distribution of antimicrobial therapies.
It can suggest policies to reduce the access barrier of cost for the most vulnerable groups, such as women, children and the very poor, and can elucidate social and economic forces that affect biological events such as drug resistance. These include inadequate health services and suboptimal drug supply mechanisms, combined with non-adherence to treatment schedules and falsification of pharmaceutical products.
Furthermore, SEB research can illuminate inequalities in relationships between men and women that increase the vulnerability of women to poverty and infectious diseases, such as AIDS and tuberculosis TB , and can be used to formulate gender-specific approaches to disease control.
At a conceptual level, SEB research can investigate new approaches for public health action, which are sorely needed. Current efforts are grounded in a certain way of thinking and talking about the health of the public.
Basic notions such as 'risk group', 'patient compliance' and 'community' may not grasp the social, cultural and economic reality of marginalized populations. SEB research helps to deconstruct these notions and develops new modes of thinking about the health of the public. New knowledge and new research are clearly essential to enhance diagnostics, vaccines, pharmaceuticals and biotechnology.
Many of the tools for infectious-disease control that are now under development, such as genetically modified disease vectors, diagnostic tests, drugs and vaccines, have ethical, legal, social and economic implications. The development of these tools is not an autonomous process, but is moulded by diverse factors, such as national or international regulation, social acceptance, knowledge, understanding and perception of risk, and ethical considerations for distribution.
Historically grounded social studies of science can be illuminating and informative, for example, on the social context of molecular biology Abir-Am, ; Lynch, , before such new methods of control are introduced.
Even so, it is often not the lack of tools but the lack of an appropriate health infrastructure and implementation capacity that handicaps disease control. In this regard, we need to advance trans-disciplinary research. But it is not yet clear what conditions are needed for such a paradigm shift in health research to ensure that new knowledge will be generated in a context of application and not necessarily be confined to the limits and divisions of labour of university-based and disciplinary modes of inquiry van Manen, Nevertheless, the TDR, as part of the WHO's Programme on Communicable Diseases, is committed to pursuing this innovative paradigm shift and offers unique opportunities for trans-disciplinary research into African trypanosomiasis, Chagas disease, dengue fever, lymphatic filariasis, leishmaniasis, leprosy, malaria, onchocerciasis, schistosomiasis and TB.
TDR's Basic and Strategic Research STR unit focuses on the biological, social, economic and behavioural determinants, health systems and other factors of importance for the effective control of infectious diseases. Contrary to current academic divisions of labour, the unit regroups the following three steering committees under the umbrella of basic and strategic research.
The Steering Committee for Social, Economic and Behavioural Research SEB is based on the premise that despite significant global efforts over the past 50 years, communicable diseases continue to obstruct social and economic development in developing countries, and disproportionately affect the poorest and most marginalized populations.
A better understanding of how social, behavioural, political, economic and health system factors operate to affect disease patterns and disease control efforts is considered important for identifying future needs, opportunities and innovations for the improved control of TDR diseases.
The SEB Committee aims at strengthening social research along the lines mentioned above. The challenge of infectious-disease control falls between the biotic and social levels of reality. In addition, the Committee supports and participates in organizing training workshops in bioinformatics and applied genomics for investigators in disease-endemic countries, with support for regional training centres in Africa, Asia and Latin America.
The Committee places emphasis on the use of advances in functional genomics in understanding the mechanisms leading to clinical disease in hosts and those essential for the survival of parasites or viruses. Its long-term goal is to develop tools to replace the natural mosquito vectors in the wild with genetically modified mosquitoes that are unable to transfer the malaria parasite or dengue virus.
The technical feasibility of genetically transforming mosquitoes has been shown recently with Anopheles stephensi , which was made refractory to the growth and transmission of Plasmodium berghei Ito et al. However, biotechnological challenges, such as devising suitable gene driver systems and developing and evaluating appropriate effector gene constructs, still need to be addressed.
Moreover, there is also the need to predict the ethical, legal and social implications of this new biotechnology and its transfer into disease-endemic countries, notably issues related to public perception and acceptability, and also to demonstrate proof of efficacy and safety for humans and the environment as bases for deciding policies Macer, Activities bridging the life sciences and the social sciences within STR-driven research currently include a portfolio examining the ethical, legal and social issues in biotechnology transfer and a research initiative into the social and economic forces that influence the emergence and transmission of drug-resistant TB.
Potential future research areas now being explored include the ethical, legal and social issues of recombinant DNA vaccines and their transfer into resource-poor settings, the public understanding of pathogen genomics, the societal benefits of or harm caused by genetic information, intellectual property rights, the eco-bio-social dynamics of Chagas' disease and malaria resurgence in the Amazon, and genome-research issues in resource-poor settings.
The challenge of infectious disease control falls between the biotic and social levels of reality; the analysis needs to be comprehensive and holistic and can be called biosocial or eco-bio-social. National Center for Biotechnology Information , U. EMBO Rep. Johannes Sommerfeld 1 Author photo. Author information Copyright and License information Disclaimer. This article has been cited by other articles in PMC.
Abstract Basic and strategic research for infectious disease control at the interface of the life, health and social sciences. But such social, economic and behavioural SEB research can be useful Plagues and people are, and remain, inextricably linked.
Plagues and Peoples
Look Inside. Upon its original publication, Plagues and Peoples was an immediate critical and popular success, offering a radically new interpretation of world history as seen through the extraordinary impact—political, demographic, ecological, and psychological—of disease on cultures. From the conquest of Mexico by smallpox as much as by the Spanish, to the bubonic plague in China, to the typhoid epidemic in Europe, the history of disease is the history of humankind. With the identification of AIDS in the early s, another chapter has been added to this chronicle of events, which William McNeill explores in his new introduction to this updated editon. Thought-provoking, well-researched, and compulsively readable, Plagues and Peoples is that rare book that is as fascinating as it is scholarly, as intriguing as it is enlightening. William H.
From the conquest of Mexico by smallpox as much as by the Spanish, to the bubonic plague in China, to the typhoid epidemic in Europe, the history of disease is the history of humankind. With the identification of AIDS in the early s, another chapter has been added to this chronicle of events, which William McNeill explores in his new introduction to this updated editon. Thought-provoking, well-researched, and compulsively readable, Plagues and Peoples is that rare book that is as fascinating as it is scholarly, as intriguing as it is enlightening. A brilliantly conceptualized and challenging achievement Kirkus Reviews , it is essential reading, offering a new perspective on human history. McNeill Hard amazon. Plagues and Peoples By William H. All books format are mobile-friendly.
Plagues and peoples. McNeill, William Hardy, © William H. McNeill. •. , c
Plagues and peoples
Skip to search form Skip to main content You are currently offline. Some features of the site may not work correctly. DOI: Mcneill Published Medicine, Economics. This book describes the dramatic impact of infectious diseases on the rise and fall of civilisations.
Basic and strategic research for infectious disease control at the interface of the life, health and social sciences. Twenty-five years after historian William McNeill's landmark publication Plagues and Peoples McNeill, examined the impact of infectious diseases throughout the ages, it is clear that these scourges have not been relegated to the history books. Contrary to hopes and assumptions spawned by the dawn of the antibiotic era, infectious diseases are still lurking among us and are resurging at an alarming rate. Plagues and people are, and remain, inextricably linked. Tropical diseases used to be studied in isolation, but social, economic, cultural and political factors are emerging as major contributors to their success.
Стратмор потерпел неудачу. Я знаю, что ты о нем думаешь. - Это не имеет никакого отношения к Попрыгунчику, - резко парировала. Вот это чистая правда, - подумал Джабба. - Послушай, Мидж, к Стратмору я не отношусь ни плохо ни хорошо. Ну, понимаешь, он криптограф.
Сьюзан словно пронзило током. В панике она сразу же представила себе самое худшее. Ей вспомнились мечты коммандера: черный ход в Цифровую крепость и величайший переворот в разведке, который он должен был вызвать. Она подумала о вирусе в главном банке данных, о его распавшемся браке, вспомнила этот странный кивок головы, которым он ее проводил, и, покачнувшись, ухватилась за перила. Коммандер.
Она зажмурилась. - Попробую угадать. Безвкусное золотое кольцо с надписью по-латыни. - Нет. - Он усмехнулся.
Там она и стала тем, кого японцы именуют хибакуся - человеком, подвергшимся облучению. Через девятнадцать лет, в возрасте тридцати шести лет, она лежала в родильном отделении больницы, страдая от внутреннего кровотечения, и знала, что умирает. Она не знала лишь того, что смерть избавит ее от еще большего ужаса: ее единственный ребенок родится калекой.
Что. Этого не может. Он заперт внизу. - Нет. Он вырвался оттуда.