Results 211 to 220 of about 15,458 (257)
[Cestoda of the genus Raillietina Fuhrmann, 1920 (Cestoda-Davaineidae), parasites of Columbiforms].
Memorias do Instituto Oswaldo Cruz, 1977 openaire +1 more source
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Luhe's "Diphyllobothrium" (Cestoda)
The Journal of Parasitology, 1947The generic term Diphyllobothrium was coined by Cobbold (1858) for five tapeworms taken from a porpoise, Delphinus phocaena, in Scottish waters, and was eventually adopted by Liihe (1910) in place of his previously (1899) suggested generic term Dibothriocephalus for a group of forms centering around the Linnaean species latus.
R A, WARDLE, J A, McLEOD, I E, STEWART
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?? ?????????????????????????????? ???????????????????????????? (Cestoda, Caryophyllideidae)
2022At present time 80 species of Caryophyllaeidae are known in world fauna. The greatest number of them (36 species) are registrated in tropical countries, pertaining to Indomalyan, Ethiopian and Australian zoogeographical zones. 22 species are known in the Palearctic, 22 species in the Neoarctic.
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2015
Class Cestoda Cestode Lycalopex griseus, Magallanes, Chile, Alarcón (2005). Myocastor coypus, Unspecified locality, Heidegger (1931) in Babero & Lee (1961). Myocastor coypus, Unspecified locality, Freund (1930) in Babero & Lee (1961).
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Class Cestoda Cestode Lycalopex griseus, Magallanes, Chile, Alarcón (2005). Myocastor coypus, Unspecified locality, Heidegger (1931) in Babero & Lee (1961). Myocastor coypus, Unspecified locality, Freund (1930) in Babero & Lee (1961).
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2015
Class Cestoda Rudolphi The Cestoda is a relatively large, diverse group of parasites (c.8,000 species), almost all of which are found parasitic in the intestine of different groups of vertebrates. They lack a gut and absorb nutrients through their surface layer.
Santos, Cláudia Portes +1 more
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Class Cestoda Rudolphi The Cestoda is a relatively large, diverse group of parasites (c.8,000 species), almost all of which are found parasitic in the intestine of different groups of vertebrates. They lack a gut and absorb nutrients through their surface layer.
Santos, Cláudia Portes +1 more
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Sperm transfer inEchinococcus (Cestoda: Taeniidae)
Zeitschrift f�r Parasitenkunde Parasitology Research, 1986L'autofecondation n'est pas l'apanage de Echinococcus granulosus mais existe aussi chez E.
Kumaratilake, L.M. +3 more
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2010
At the result of investigation of cestode collection including the material from the aquvatic birds of easten Ukrainian Polesye 57 cestode species were found. Six of them were from the family Amabiliidae. All species are new for Ukraine fauna. Joyexilepis acanthorhyncha, J. octacantha, J. pilatus, Ryjikovilepis dubininae, Tatria minor, T.
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At the result of investigation of cestode collection including the material from the aquvatic birds of easten Ukrainian Polesye 57 cestode species were found. Six of them were from the family Amabiliidae. All species are new for Ukraine fauna. Joyexilepis acanthorhyncha, J. octacantha, J. pilatus, Ryjikovilepis dubininae, Tatria minor, T.
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2023
The results are presented of original investigations of cestodes from the Tetrabothriidae family parasitizing in commercial whales of the south hemisphere. A general morphological characteristics of Tetrabothriidae is given, the keys for genera and species are compiled and their short description and drawing are given.
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The results are presented of original investigations of cestodes from the Tetrabothriidae family parasitizing in commercial whales of the south hemisphere. A general morphological characteristics of Tetrabothriidae is given, the keys for genera and species are compiled and their short description and drawing are given.
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2023
Staphylocystis putoraki sp. n. and S. diplomesodoni sp. n. are described from Turkestan desert shrew (Diplomesodon pulchellum) from Turkmenistan and Kazakhstan. Some questions of Hymenolepidid systematics and hostal specificity are discussed.
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Staphylocystis putoraki sp. n. and S. diplomesodoni sp. n. are described from Turkestan desert shrew (Diplomesodon pulchellum) from Turkmenistan and Kazakhstan. Some questions of Hymenolepidid systematics and hostal specificity are discussed.
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Trypsin Adsorption by Hymenolepis diminuta (Cestoda)
The Journal of Parasitology, 1980Significant amounts of radioactivity were associated with Hymenolepis diminuta following incubation in 3H-trypsin. Autoradiography of worms incubated in 3H-trypsin for 30 min demonstrated that all radioactivity was associated with the worm's surface (tegument).
L L, Schroeder, P W, Pappas
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