Titlebook: Antimalarial Drugs I; Biological Backgroun Wallace Peters (Professor of Medical Protozoology) Book 1984 Springer-Verlag Berlin Heidelberg 1

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Time, Frequency, and Compound Domainin species affect domestic animals and epizootics may be a problem in veterinary medicine; (b) some species are widely used in malaria research in studies of the human disease, including experimental pharmacology; and (c) various species have proved to be invaluable for the solution of fundamental p

Immunization

Origin and Detection of Bioelectric Signals and Spooner 1955; Moulder 1962; Honigberg 1967; Peters 1969; Fletcher and Maegraith 1972; Trager 1970; Oelshlegel and Brewer 1975; Homewood 1978; Sherman 1979). The present chapter is designed to provide an introduction to the metabolic capabilities of malarial parasites; where possible, biochemica

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Origin and Detection of Bioelectric Signals the absence of specific treatment, the lethality of this infection, and the morbidity of malaria in general, is considerably influenced by the extent of the individual’s previous exposure to the malaria species in question. Other important factors influencing the outcome of infection, but not to be

Arboreal

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Erich E. Kunhardt,Lawrence H. Luessennew technology provides unprecedented opportunities for advancing the search for new antimalarial drugs and for elucidating the mechanisms of action of existing drugs. It is reasonable to anticipate that the application of these methods in laboratories throughout the world will lead to novel approac

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Corona Discharge Physics and Applicationstherapy, and immunity can now be more fully appreciated than in the past. Although there is not the same number of species of malaria parasite in birds as in mammals, the host range is wider and at least 447 species of birds have been found infected with malaria parasites (Coatney and Roudabush 1949

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Electrical Breakdown and Discharges in Gasesservice personnel caused by such resistant strains, required the finding of a small, readily obtainable animal susceptible to human plasmodia for the evaluation of candidate antimalarial drugs. At Gorgas Memorial Laboratory Young et al. (1966) demonstrated that the Panamanian . (owl monkey) would su

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Kinetic Theory of Ion Transport in Gasess or animals have been carried out. Most antimalarial drugs have been developed in an empirical way, tested against acute-stage infection. Levels of specific resistance at the time of treatment, immunodepression as a result of infection or increased resistance to challenge as a result of chemotherap