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Biochemical Protozoology As A Basis For Drug Design

Biochemical Protozoology As A Basis For Drug Design by Graham H. Coombs
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The current status of biochemical protozoology, Graham H.Coombs and Michael J.North; the biochemistry of malaria - an overview, Irwin W.Sherman; pneumcystis carinii - potential targets for chemotherapeutic attack, Winston E. Gutteridge; giardia cysts - their biochemistry and metabolism, Edward L.Jarroll; the biochemical activities and importance of the ciliate protozoa in the rumen ecosyste, Alan G.Williams; energy Metabolism Of Anaerobic Parasitic Protists, Miklos Muller; The Effects Of environmental factors on the metabolism of giardia and trichomonas, David Lloyd and Tim A.Paget; energy metabolism in giardia intestinalis, Philip J.Schofield and Michael R.Edwards; amino acid catabolism in anaerobic Protists, Barbar C.Lockwood And Graham H.Coombs; Intermediary Metabolism of leishmania, J.Joseph Blum; glycosomes, Fred R.Operdoes; mitochondrial metabolism of African trypanosomes, Julio F.Turrens; mitochondria of plasmodium, Mitchell Fry; proteinases of mammals - an overview, Robert W.Mason; proteinases of parasitic protozoa - an overview, Michael J.North; new approaches to molecular analysis of proteinases of parasitic protozoa, James H.McKerrow and Judy Sakanari; proteinases of trypanosoma cruzi, Juan Jose Cazzulo; proteinases of African trypanosomes, John D.Lonsdale-eccles; cysteine proteinases of leishmanias, Graham H.Coombs et al; the promastigote surface proteinase of leishmania, Robert Etges and Jacques Bouvier; proteinases of trichomonads and giardia, Michael J.North; the cysteine proteinase of entamoeba histolytica - cloning of the gene and its roel as a virulence factor, J.H.McKerrow et al; amoebapian, the major proteinase of pathogenic entamoeba histolytica, Henning Scholze; proteinases of malaria parasites, Philip J.Rosenthal; plasmodium proteinases during the erythrocytic phase of infection, Joseph Schrevel et al; proteinases of babesias, Peter W.Riddles and Robert L.Blakeley; glycosylated-hosphatidyliositols of the trypanosomatidae, Malcolm J.McConville; structural variations of the leishmanial lipophosphoglycan, Salvatore J.Turco; lipid biochemistry of trypanosomatids, penny A.Haughan and L.John Goad; lipids and lipid metabolism of trichomonads tritrichomonas foetus and trichomonas vaginalis, D.G.Lindmark et al; lipid composition of the membranes of malaria-infected erythrocytes and the role of drug-lipid interactions in the mechanism of action of chloroquine and other antimalarials, Raphael Zidovetzki and Irwin W.Sherman; adaptation of leishmanias to an acidic environment, Dan Zilberstein; glucose uptake mechanisms as potential targets for drugs against trypanosomatids, Benno H.Ter Kuile; transport and compartmentation in entamoeba histolytica, Tilly Bakker-Grunwald. Part Contents.
CRC Press; October 1991
656 pages; ISBN 9780203221259
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Title: Biochemical Protozoology As A Basis For Drug Design
Author: Graham H. Coombs
 
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