Results 161 to 170 of about 5,037 (202)
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Differences in Energy Metabolism Between Trypanosomatidae
Parasitology Today, 1998Although various members of the family Trypanosomatidae generate energy in a similar way, fundamental differences also exist and are not always recognized. In this review, Louis Tielens and Jaap Van Hellemond discuss the known differences in carbohydrate metabolism among trypanosomatids, and especially compare Leishmania with trypanosomatids such as ...
Tielens, A G, Van Hellemond, J J
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Vector Relationships in the Trypanosomatidae
1977Publisher Summary This chapter discusses the interaction between trypanosomatid flagellates and their invertebrate hosts—the majority of those discussed are vectors. It also discusses the lower vertebrate trypanosomes and their vectors and mammalian trypanosomes and their vectors. Trypanosoma (Herpetosorna) rangeli (T.
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Pellicular Microtubules in the Family Trypanosomatidae*
The Journal of Protozoology, 1970SYNOPSIS. Flagellates of 7 species from 5 genera of the family Trypanosomatidae were prepared for electron microscopy using a combination of surface tension spreading on a simplified Langmuir trough followed by critical point drying. These technics opened the cells and showed the microtubular complex in its 3‐dimensional configuration or in a flat ...
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Experimental glimpses at the lower trypanosomatidae
Experimental Parasitology, 1963Abstract Some aspects of researches involving primarily the genus Crithidia have been reviewed. These studies include: early nutritional studies (prior to 1950); the design of defined media; discovery, biosynthesis, and function of Crithidia Factor; carbohydrate metabolism; experimental clues to evolution; morphogenesis; and the problem of ...
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The paraxial structure of the flagellum of trypanosomatidae.
The Journal of parasitology, 1980The flagella of several Trypanosomatidae (Trypanosoma cruzi, Herpetomonas samuelpessoai, Leptomonas samueli, Herpetomonas megaseliae, and Crithidia harmosa) were studied. Besides the axoneme, they have a filamentous, latticelike structure, the paraxial or paraflagellar rod.
W, de Souza, T, Souto-Padrón
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Endosymbionts of trypanosomatidae
Parasitology Today, 1985I, Roitman, E P, Camargo
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Phylogenetic framework to explore trait evolution in Trypanosomatidae
Trends in ParasitologyThe number of sequenced trypanosomatid genomes has reached a critical point so that they are now available for almost all genera and subgenera. Based on this, we inferred a phylogenomic tree and propose it as a framework to study trait evolution together with some examples of how to do it.
Alexei Yu. Kostygov +5 more
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Biogenesis of Glycosomes (Microbodies) in the Trypanosomatidae
1987Glycosomes, the microbodies of Trypanosomatid haemoflagellates, contain several enzymes involved in glucose and glycerol metabolism. Enzymes such as glyceraldehyde-phosphate dehydrogenase, aldolase and glycerol-3-phosphate dehydrogenase are synthesized in the cytosol on free polyribosomes as polypeptides of mature size.
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