Advances in ParasitologyAdvances in Parasitology |
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Page 4
... temperatures than T. nodulosus and the embryos developed in utero owing to increasing spring water temperatures. The same temperature of 8-12°C was significant for T. crassus development in the northwest European U.S.S.R. (Lake Ladoga ...
... temperatures than T. nodulosus and the embryos developed in utero owing to increasing spring water temperatures. The same temperature of 8-12°C was significant for T. crassus development in the northwest European U.S.S.R. (Lake Ladoga ...
Page 5
... temperature influenced the speed of procercoid development in the copepod host, so that the number of days post infection when the cercomer was formed were: at 4-5°C, after 30; 9-10°C, 11-12; 16-20°C, 7-9 days. Watson (1963a) found the ...
... temperature influenced the speed of procercoid development in the copepod host, so that the number of days post infection when the cercomer was formed were: at 4-5°C, after 30; 9-10°C, 11-12; 16-20°C, 7-9 days. Watson (1963a) found the ...
Page 6
... temperature. Kuperman (1973b) found that the eggs developed in utero in the adult worm, even when within the intestine of the definitive host, if the spring water temperatures reached high enough levels. The effect of increasing temperature ...
... temperature. Kuperman (1973b) found that the eggs developed in utero in the adult worm, even when within the intestine of the definitive host, if the spring water temperatures reached high enough levels. The effect of increasing temperature ...
Page 7
... temperature. Michajlow (1951) found that at 2-5-5°C 50% lived for up to 10 days and 5% to 13 days. At 15-16°C, 70% survived for 4 days, at room temperature they lived for 2-3 days, but at 29°C 30% died in 40 minutes, and at 1£ h only 10 ...
... temperature. Michajlow (1951) found that at 2-5-5°C 50% lived for up to 10 days and 5% to 13 days. At 15-16°C, 70% survived for 4 days, at room temperature they lived for 2-3 days, but at 29°C 30% died in 40 minutes, and at 1£ h only 10 ...
Page 8
of food, and procercoids, through the stomach was facilitated by higher water temperatures, thereby favouring survival of the procercoids. Early developmental stages of T. nodulosus plerocercoids in fishes have been reported from ...
of food, and procercoids, through the stomach was facilitated by higher water temperatures, thereby favouring survival of the procercoids. Early developmental stages of T. nodulosus plerocercoids in fishes have been reported from ...
Contents
Chapter 2 Rumen Ciliate Protozoa | 121 |
A New Approach to the Epidemiology and Taxonomy of the Subgenus Trypanozoon | 175 |
Chapter 4 Immunity to Trypanosoma Cruzi | 247 |
Chapter 5 Immunity to Ticks | 293 |
Chapter 6 Role of Tick Salivary Glands in Feeding and Disease Transmission | 315 |
Index | 341 |
Common terms and phrases
adult worms ALAT amino acids animals antibodies antigens ASAT bacteria BIIT Binnington Boophilus microplus Brener brucei cattle cells cestodes Chagas Chubb ciliate ciliate protozoa climate zone Coleman Contracaecum copepods coracidia crassus culture cycle definitive hosts digestion Diphyllobothrium dendriticum disease ditremum Dubinina eggs electrophoretic engorgement engulfed Entodinium caudatum enzyme Epidinium Esox Esox lucius Eustrongylides experimental feeding fish host gambiense Gasterosteus aculeatus glucose growth Henricson holotrich immunity immunological incidence infection intermediate host invasion Izyumova Kuhlow Kuperman Lake larvae Ligula intestinalis LUMP lymphocytes macrophages Medicine and Hygiene metabolism mice Microbiology nematodes occurred parasite Parasitology pattern Perca fluviatilis plerocercoids population present protein protozoa protozoon reactions resistance rhodesiense rumen rumen ciliate Rybinsk Reservoir salivary glands Schistocephalus solidus seasonal serum sleeping sickness solidus species starch stocks studies suggested summer Tatchell temperature tick Triaenophorus nodulosus Tropical Medicine Trypanosoma cruzi trypanosomiasis Trypanozoon trypomastigotes uptake vitro zymodemes