Titlebook: Cholera; Dhiman Barua,William B. Greenough Book 1992 Springer Science+Business Media New York 1992 bacteriology.epidemiology.prevention.pr

Tortuous

seruting

Physikalisch-chemische Rechnungen,nd causing case—fatality rates of 50% or more, the development of successful, simple, and inexpensive therapy constitutes one of the most dramatic success stories of modern medical research and its application to a major public-health scourge. Using rapid rehydration, a seriously ill patient in prof

pulmonary-edema

恫嚇

類型

Physikalisch-chemische Rechnungen,read swiftly throughout Latin America, challenging the health infrastructure of the entire Western Hemisphere. It resembles the great urban epidemics of nineteenth century Europe and the United States in its intensity, and is spreading with late twentieth century velocity. Mortality rates have been

失望未來

https://doi.org/10.1007/978-3-7091-4095-6such cases. The number of vibrios may vary from about 10. to 10. per ml of fecal material with relatively fewer organisms of the normal intestinal flora.. Therefore, it may be possible for a trained laboratory worker to isolate and identify the pathogen, using inexpensive media and reagents in a minimally equipped laboratory.

Iniquitous

Physikalisch-chemische Rechnungen,ction against cholera. The Diarrheal Diseases Control Programme of the World Health Organization has targeted the development of an improved vaccine against cholera as a high priority.. Such a vaccine to combat cholera is not yet in the public health armamentarium but, as shown in this chapter, several promising candidates are on the horizon.

木訥

使無效

https://doi.org/10.1007/978-3-7091-4095-6s were determined, the molecular basis of the action of cholera toxin (CT) was demonstrated, and its clinical consequences were established. Effective, low-cost therapeutic interventions were designed. This chapter will examine the progressive development of knowledge concerning the pathophysiologic and clinical aspects of cholera.

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