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Hits 1.221 – 1.234 of 1.234

1221
Nannopetalum vespertilio Shear, 2003, n. sp. ...
Shear, William A.. - : Zenodo, 2003
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1222
Distostylus irwini Metz & Webb, 2003, spec. nov. ...
Metz, Mark A.; Webb, Donald W.. - : Zenodo, 2003
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1223
Protothereva ecuadorensis Webb, spec. nov. ...
Webb, Donald W.; Metz, Mark A.. - : Zenodo, 2003
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1224
Caenotus Cole ...
Metz, Mark A.. - : Zenodo, 2003
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1225
Branneria bonoculus Shear, 2003, n. sp. ...
Shear, William A.. - : Zenodo, 2003
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1226
Nannopetalum vespertilio Shear, 2003, n. sp. ...
Shear, William A.. - : Zenodo, 2003
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1227
Distostylus Metz & Webb, 2003, gen. nov. ...
Metz, Mark A.; Webb, Donald W.. - : Zenodo, 2003
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1228
Protothereva peruensis Webb, spec. nov. ...
Webb, Donald W.; Metz, Mark A.. - : Zenodo, 2003
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1229
Caenotus Cole ...
Metz, Mark A.. - : Zenodo, 2003
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1230
Distostylus irwini Metz & Webb, 2003, spec. nov. ...
Metz, Mark A.; Webb, Donald W.. - : Zenodo, 2003
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1231
Scytodes balbina Rheims & Brescovit 2000, n. sp. ...
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1232
Scytodes balbina Rheims & Brescovit 2000, n. sp. ...
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1233
Multimodal interfaces with voice and gesture input
In: Institute of Electrical and Electronics Engineers international conference on systems, man and cybernetics, Vancouver (Canada), 22-25 Oct 1995 (1995)
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1234
Morphology, Physiology, and Serology of a Pasteurella Species Pathogenic for White Perch (Roccus americanus)
Abstract: The Pasteurella species implicated as the etiologic agent of a massive white perch mortality in the Chesapeake Bay and first described by S. F. Snieszko et al. has been characterized further in our laboratory. The general morphology and physiology of this organism is similar to that of the pasteurellae and several known fish pathogens. There are enough dissimilarities, however, to rule out its identification with any established species. The organism is obligately halophilic and grows in a temperature range between 17 and 31 C on ordinary media containing 1% NaCl. It has a relatively narrow range of pH, temperature, and salinity tolerance, and a very short survival time in spent media or brackish water, in contrast to Pasteurella pestis and P. pseudotuberculosis. Serological tests also indicate that this organism is distinct from other species which it resembles. On the basis of classic morphological and physiological criteria, this organism fits best in the genus Pasteurella; the species name piscicida (L. noun piscis, a fish; L.v.L.adj. suffix-cidus, to kill; M.L. noun piscicida, fish killer) is proposed.
Keyword: and Microbiological Methods; Ecology; Morphology and Structure; Taxonomy
URL: http://www.ncbi.nlm.nih.gov/pubmed/5726301
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC315217
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