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Showing 961-978 of 978 results
  1. Rodent Malaria Models

    The first isolation of rodent malaria was reported by Vincke and Lips (1948). This isolate, obtained from the tree rat Thamnomys surdaster, was...
    A. L. Ager in Antimalarial Drugs I
    Chapter 1984
  2. Malaria Models in Simian Hosts

    Recognition by Moore and Lanier (1961) and Young and Moore (1961) of Plasmodium falciparum strains resistant to chloroquine, coupled with the disease...
    R. N. Rossan in Antimalarial Drugs I
    Chapter 1984
  3. Repository Preparations

    The nature and extent of the malaria problem and the details surrounding those agents both available and under development for treatment of active...
    D. F. Worth, L. M. Werbel in Antimalarial Drug II
    Chapter 1984
  4. Malaria Models in Simian Hosts

    Recognition by Moore and Lanier (1961) and Young and Moore (1961) of Plasmodium falciparum strains resistant to chloroquine, coupled with the disease...
    R. N. Rossan in Antimalarial Drugs I
    Chapter 1984
  5. Antibiotics

    The report by Hindle and his associates, in 1945, that penicillin exerted no effects against malaria was followed, 4 years later, by the disclosure...
    K. H. Rieckmann in Antimalarial Drug II
    Chapter 1984
  6. Quinine and Quinine Analogues

    Quinine, the oldest universally known antimalarial agent, has been the subject of numerous reviews in the past. We do not intend in this chapter to...
    W. Hofheinz, B. Merkli in Antimalarial Drug II
    Chapter 1984
  7. Malaria epidemiology

    In this chapter it is not intended to give an account of the many factors governing malaria transmission since such a review has been provided in the...
    Walther H. Wernsdorfer in Malaria and Babesiosis
    Chapter 1984
  8. Dihydrofolate Reductase Inhibitors

    While exploring structural variations of anilinopyrimidines with antimalarial activity, a group at Imperial Chemical Industries found that certain...
    R. Ferone in Antimalarial Drug II
    Chapter 1984
  9. Drugs with Quinine-like Action

    The drugs to be discussed in this chapter all belong to the general chemical class arylaminoalcohols, and are related structurally to quinine. It is...
    T. R. Sweeney in Antimalarial Drug II
    Chapter 1984
  10. Clinical Trials — Phases I and II

    The need for develo** new antimalarials has been expressed on various occasions by the World Health Organization (WHO). The “Special Programme for...
    M. Fernex in Antimalarial Drugs I
    Chapter 1984
  11. Clinical Trials — Phases I and II

    The need for develo** new antimalarials has been expressed on various occasions by the World Health Organization (WHO). The “Special Programme for...
    M. Fernex in Antimalarial Drugs I
    Chapter 1984
  12. Inhibitors of Dihydrofolate Reductase as Antiprotozoal Agents

    The therapeutic potential of inhibitors of dihydrofolate reductase as selectively toxic agents was first realized in early studies involving...
    Chapter 1983
  13. Treatment of Miscellaneous and Unusual Infections with Trimethoprim and Trimethoprim/Sulfonamide Combinations

    The broad spectrum of in vitro antimicrobial activity and frequent observations of synergy with the combination of trimethoprim and sulfamethoxazole...
    Chapter 1983
  14. Sulfonamides: Structure-Activity Relationships and Mechanism of Action

    The discovery of the antibacterial activity of prontosil (1) in the early 1930 s (Domagk 1935, 1957), the first effective chemotherapeutic agent to...
    Chapter 1983
  15. The Protozoa

    Protozoans are an extremely diverse group of uni-cellular animals. As free-living organisms they are found in virtually every ecological niche, such...
    Michael Katz, Dickson D. Despommier, Robert W. Gwadz in Parasitic Diseases
    Chapter 1982
  16. Metabolites, enzymes, and metabolite analogues

    The smallest change in the chemical constitution of a selectively toxic agent often makes an enormous change in its biological activity, and many...
    Adrien Albert in Selective Toxicity
    Chapter 1981
  17. The Treatment of Chloroquine-Resistant Falciparum Malaria

    The severity of the falciparum infection is a much more important factor than its response to chloroquine.
    Chapter 1976
  18. Differences in distribution: the first principle of selectivity

    Selectivity through distribution can take place even when the agent is toxic to both economic and uneconomic cells, provided that it is accumulated...
    Adrien Albert in Selective Toxicity
    Chapter 1973
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