Results 241 to 250 of about 17,915 (280)
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CASEOUS LYMPHADENITIS IN A WHITE-TAILED DEER
Journal of Wildlife Diseases, 1973A road-killed male white-tailed deer (Odocoileus virginianus) was brought to the laboratory for diagnosis of multiple thoracic abscesses. Caseous lymphadenitis was diagnosed on the basis of gross pathological lesions and microbiological examination.
E, Stauber +3 more
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Myodegeneration in Kentucky white-tailed deer
Journal of the American Veterinary Medical Association, 1983SUMMARY Skeletal or cardiac myodegeneration, or both, was observed in 4 free-ranging female white-tailed deer that were found dead or recumbent and unable to rise. Gross pathologic findings included white or chalky streaks in heart or skeletal musculature.
R R, Tramontin +3 more
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Salmonellosis in White-tailed Deer Fawns
Journal of Wildlife Diseases, 1970Experimental infection of white-tailed deer fawns with Salmonella meleagridis was accomplished. The fawns suffered clinical illness, similar to spontaneous cases observed in the field. This disease may be an important factor in fawn survival in wild herds based on the frequency with which Salmonellae could be isolated in wild fawns.
R M, Robinson +4 more
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ARTHROPATHY IN WHITE-TAILED DEER AND A MOOSE
Journal of Wildlife Diseases, 1975Degenerative lesions were found in the skeletal system of 20 to 128 white-tailed deer (Odocoileus virginianus) examined. Similar changes were found in an aged male moose (Alces alces). Arthropathy involving the stifle joint was present in 60% (15/25) of male deer 4 years of age or older, and in 16.7% (4/25) of females in the same age range.
G, Wobeser, W, Runge
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Anthrax Epizootic in White-Tailed Deer
Journal of Wildlife Diseases, 1970Bacillus anthracis caused high mortality among white-tailed deer (Odocoileus virginianus) on Beulah Island, Desha County, Arkansas. Sixty-seven carcasses were located and the total loss was estimated between 200 and 300 deer. Range conditions indicated that the deer herd had greatly exceeded carrying capacity.
F E, Kellogg, A K, Prestwood, R E, Noble
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Microsatellite Markers in White-Tailed Deer
Journal of Heredity, 1995A genomic library of DNA from white-tailed deer was constructed for the isolation of d(AC)n microsatellite repeats. PCR primers were designed from regions flanking each repeat and used to amplify DNA samples from a pedigreed herd of white-tailed deer and other artiodactyls.
J A, DeWoody, R L, Honeycutt, L C, Skow
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Bluetongue Virus in White-Tailed Deer
American Journal of Veterinary Research, 1970SUMMARY Bluetongue (bt) virus from 2 sources was used to determine virus-host relationships in 24 white-tailed deer (Odocoileus virginianus). Different doses of deer-passaged virus and egg-passaged vaccinal virus, both of the “standard” North American bt8 strain, were inoculated subcutaneously into deer kept in isolation. The L cell (clone 929) and BHK-
F C, Thomas, D O, Trainer
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Vocalizations of White-tailed Deer
American Midland Naturalist, 1988Twelve different white-tailed deer (Odocoileus virginianus) vocalizations were recorded. Ten of these were analyzed with a sound spectrograph. Alarm calls consisted of the snort, given when a deer detected danger, and a bawl, given when a deer was traumatized. Three agonistic calls were recorded.
Thomas D. Atkeson +2 more
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Syndactylism and Brachygnathia in a White-tailed Deer
Journal of Wildlife Diseases, 1993A white-tailed deer (Odocoileus virginianus) fawn was presented to the Southeastern Cooperative Wildlife Disease Study for examination of brachygnathia and syndactylous front feet. The hoof keratin of digits 3 and 4 was completely fused and typical sole integument covered the palmar surface between the primary digits.
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