Titlebook: Nutrition and Infectious Diseases; Shifting the Clinica Debbie L. Humphries,Marilyn E. Scott,Sten H. Vermu Textbook 2021 The Editor(s) (if

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Human Helminth Infections: A Primerince we began to live in sufficiently large groups. Once essentially ubiquitous in human populations, parasitic helminths now are found almost entirely in resource-limited regions of the tropics, where sanitation and health infrastructure are inadequate to prevent their transmission. Between one and

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Nutrition and Arboviral Infectionss to the fitness of the immune and inflammatory responses against a viral infection. Arboviral infections could also affect the host’s nutritional status. Most research in this area has been conducted on the nutritional determinants of the severity and progression of dengue disease, the most signifi

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Nutritional Frameworks in Malaria. Epidemiologically, malaria and malnutrition are often endemic in the same areas of the world, especially in sub-Saharan Africa, and both children and pregnant women are most at risk for both conditions. As there are no universally accepted metrics or biomarkers for either condition, a standardized

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Soil-Transmitted Helminths: Does Nutrition Make a Difference?infect about one quarter of the world’s population and understood to contribute to malnutrition. Less attention has been given to the impact that malnutrition might have on these infections. This chapter explores epidemiological and experimental evidence that diet and nutritional status influence th

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Drug-Nutrition Interactions in Infectious Diseases exist, each of which may influence patients receiving medication for infectious diseases. After defining drug-nutrition interactions and their clinical relevance and mechanistic structures, this chapter will describe the various types of drug-nutrition interactions using widely available antimicrob

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