Results 151 to 160 of about 15,536 (197)

Cyclophosphamide-Induced Amelioration of Marek's Disease in Marek's Disease-Susceptible Chickens

American Journal of Veterinary Research, 1976
SUMMARY Bursa- and thymus-dependent functions were examined in Marek's disease (md)-susceptible normal chickens and in chickens treated with 5 and 16 mg of cyclophosphamide (cy) at the time of hatching. Chickens not exposed to Marek's disease virus (mdv) and treated with cy temporarily lost mitogenic response to concanavalin A but regained full ...
Y S, Lu, V, Kermani-Arab, T, Moll
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Herpesvirus in Marek's Disease Tumors

Science, 1969
Intranuclear and cytoplasmic virus particles of the herpes type were located in epithelial cells that line the kidney collecting tubules obtained from a chick with Marek's disease. The chick had contracted the disease by direct contact transmission. The virus was not observed in any of the invading tumor cells in the same kidney.
G, Schidlovsky, M, Ahmed, K E, Jensen
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Hematopoietic Destruction in Marek's Disease

Avian Diseases, 1970
Hematopoietic destructive lesions, characterized by necrosis and loss of architecture in the bursa of Fabricius and thymus, were observed consistently in second-generation specific-pathogen-free X Line 7 (SPF X L7-F2) cross chickens inoculated at 1 day with an acute form of Marek's disease (MD) agent.
R M, Jakowski, T N, Fredrickson, T W, Chomiak, R E, Luginbuhl   +3 more
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Genomics and Marek’s disease virus

Cytogenetic and Genome Research, 2007
Marek’s disease virus (MDV), a lymphotrophic alphaherpesvirus of chickens, causes a disease that is characterized by tumor formation, immunosuppression and neurological disorders. Recent developments in chicken genomics have been applied to studies of MDV and have advanced our understanding of both the virus and the disease it causes.
J, Burnside, R W, Morgan
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Genetic Resistance to Marek’s Disease

2001
Marek’s disease (MD) is economically one of the most significant diseases in chickens (Purchase 1985). It is of interest that numerous estimates of heritability of resistance to MD are relatively high compared to the resistance to other diseases in chickens or other diseases in domestic livestock.
L D, Bacon, H D, Hunt, H H, Cheng
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Immune mechanisms in marek's disease

Comparative Immunology, Microbiology and Infectious Diseases, 1979
Resistance to progressive tumor development in MD is either naturally inherited or can be induced by vaccination with apathogenic or attenuated MDV or with HVT. Studies on the effects of immunosuppression on resistance have shown that natural and vaccine induced resistance may be mediated through immune responses.
J M, Sharma, B R, Burmester
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AUS in the Prevention of Marek's Disease

Avian Diseases, 1984
Aminoureidosulfone (AUS) was used as a feed additive to prevent mortality in Marek's disease (MD)-infected chickens in the laboratory. Chicks infected with MD virus (5000 plaque-forming units) at 1 day of age were given AUS in the feed from 1 day of age until the experiment was terminated.
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Immunization against Marek's Disease

Avian Diseases, 1971
The turkey herpesvirus (HVT) and Marek's disease (MDHV) herpesvirus produce a similar virus-like cytopathic effect in monolayers of chick embryo fibroblasts. Discrete foci of rounded refractile cells and syncytial masses with some of the nuclei containing Cowdry type A inclusions were observed in affected monolayers.
C S, Eidson, D P, Anderson
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Latency and Tumorigenesis in Marek's Disease

Avian Diseases, 2013
Despite the remarkable progress in our understanding of Marek's disease (MD) and the causative Marek's disease virus (MDV) biology, a number of major features of this complex viral disease remain unknown. Significant information on critical aspects of virus latency in lymphoid cells, and the virus-host interaction in MDV-induced lymphoma, remains to be
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GENETIC RESISTANCE TO MAREK'S DISEASE*

Australian Veterinary Journal, 1976
A programme to control MD by genetic selection was tested by selecting breeding sires and dams whose progeny were found to have above average resistance to MD following inoculation at day old with infectious material. Under conditions of natural exposure, Australorp pullets from parents selected for resistance had a lower incidence of MD lesions than ...
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