Results 171 to 180 of about 27,176 (200)
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2016
Nematode diversity Nematodes are characterized in the wider public and scientific community as being both rare (very few people have ever seen a nematode) and very well understood (the ‘model nematode’ Caenorhabditis elegans is one of the cornerstones of modern biology).
Ben Elsworth +4 more
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Nematode diversity Nematodes are characterized in the wider public and scientific community as being both rare (very few people have ever seen a nematode) and very well understood (the ‘model nematode’ Caenorhabditis elegans is one of the cornerstones of modern biology).
Ben Elsworth +4 more
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Some Notes on Nomenclature (Nematoda)
Journal of Helminthology, 1969From time to time the writers have noted some items pertaining to nematode taxonomy that appeared to require some clarification. In this connexion the following brief notes have been assembled and are presented with the hope that they may prove useful.
K. C. Sanwal, A. D. Baker
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A cladistic analysis of the Trichostrongyloidea (Nematoda)
International Journal for Parasitology, 1999A morphologically based cladistic analysis of 40 genera included within the Trichostrongyloidea (Amidostomatidae, Dromaeostrongylidae and Trichostrongylidae) is proposed. Two genera were used as outgroups, one from the Strongylina and the other from the Ancylostomatina.
M.C Durette-Desset +3 more
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2001
Nematodes are the most speciose phylum of metazoa on earth. Not only do they occur in huge numbers as parasites of all known animal groups, but also they are found in the soils, as parasites of plants, and in large numbers in the most extreme environments, from the Antarctic dry valleys to the benthos of the ocean.
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Nematodes are the most speciose phylum of metazoa on earth. Not only do they occur in huge numbers as parasites of all known animal groups, but also they are found in the soils, as parasites of plants, and in large numbers in the most extreme environments, from the Antarctic dry valleys to the benthos of the ocean.
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The Nematoda as Parasites of Amphibia. IV
Transactions of the American Microscopical Society, 1935a. F. appendiculata Schneider, I866. From intestinal muscles of Triturus vulgaris-Europe. (This is apparently a nomen nudem as Schneider figures, but does not describe any form under this name.) b. F. bufonis M. C. V. Molin, I858 (=F. eupemphigis-marmorati Molin, 1858). A larval form from abdominal cavity of Eupemphix marmoratus-Brazil. (undescribed) c.
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1963
This group of animals contains a large number of ‘worms’ with long cylindrical bodies, spindle shaped or sometimes thread-like. The body is usually pointed at both ends and it shows no sign of segmentation such as is characteristic of the true worms.
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This group of animals contains a large number of ‘worms’ with long cylindrical bodies, spindle shaped or sometimes thread-like. The body is usually pointed at both ends and it shows no sign of segmentation such as is characteristic of the true worms.
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Nature, 1966
Traite de Zoologie Anatomie, Systematique, Biologie. Publie sous la direction de Pierre-P. Grasse. Tome 4 (Deuxieme Fascicule): Nemathelminthes (Nematodes). Pp. 1–732. Tome 4 (Troisieme Fascicule): Nemethelminthes (Nematodes, Gordiaces), Rotiferes, Gastrotriches, Kinorhynques. Pp. 733–1498. (Paris: Masson et Cie., 1965.) Br. 320 francs; Cart.
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Traite de Zoologie Anatomie, Systematique, Biologie. Publie sous la direction de Pierre-P. Grasse. Tome 4 (Deuxieme Fascicule): Nemathelminthes (Nematodes). Pp. 1–732. Tome 4 (Troisieme Fascicule): Nemethelminthes (Nematodes, Gordiaces), Rotiferes, Gastrotriches, Kinorhynques. Pp. 733–1498. (Paris: Masson et Cie., 1965.) Br. 320 francs; Cart.
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Origins of the parasitic habit in the Nematoda
International Journal for Parasitology, 1994Circumstances that probably attended and influenced the adoption and development of the parasitic habit amongst the Nematoda are examined. Features that allowed early terrestrial nematodes to exploit discontinuous habitats such as decomposing organic matter, are considered to have been advantageous to microbivorous Secernentea that became parasites of ...
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Genomics and transcriptomics across the diversity of the Nematoda
Parasite Immunology, 2012SummaryThe diversity of biology in nematodes is reflected in the diversity of their genomes. Parasitic species in particular have evolved mechanisms to invade and outwit their hosts, and these offer opportunities for the development of control measures.
M. BLAXTER +4 more
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