Titlebook: Aujeszky’s Disease; G. Wittmann,S. A. Hall Book 1982 ECSC, EEC, EAEC, Brussels-Luxemburg 1982 antibody.antigen.diagnosis.infection.pathoge

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Vaccination of Cattle Against Aujeszky’s Disease with Homologous (Herpes Suis) and Heterologous (Hersure with virulent virus. Vaccinations were performed either subcutaneously with a commercially available oil adjuvanted AD vaccine, insome cases supplemented with A1(OH.), or intranasally with the attenuated NIA-4 strain of Aujeszky’s disease virus (ADV) or intranasally with a commercially availabl

Wernickes-area

Mortal

Comparison of Intranasal and Parenteral Vaccination Against Aujeszky’s Disease in 12-Week-Old Pigs fase (AD) virus induced a good antibody response and resulted in nearly complete protection against disease following severe i.n. challenge two months post-vaccination (p.v.). In addition, excretion of challenge virus was much reduced as compared to that of controls. There was little difference in th

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密切關系

https://doi.org/10.1007/978-3-030-91802-6of the Bartha strain, two groups parenterally with a commercially available modified live virus vaccine based on the same strain and one group was left unvaccinated. After three weeks one of the parenterally vaccinated groups was revaccinated..Intramuscular (i.m.) vaccination had a slow but distinct

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HAWK

Differentiation of Aujeszky’s Disease Virus Strains by Restriction Endonuclease Analysis of the Viraobtained when the Southern blotting hybridisation technique was applied to intracellular DNA from NIA-3 or MK-25 infected cells..The Kpn1 DNA fragment patterns of the five vaccine strains differed markedly from each other and from those of 14 of the field isolates of ADV. These field isolates in tur