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VetMed Resource

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Abstract

The onset of specific fluorescence in calf kidney cell cultures infected with IBR virus was indirectly related to the size of the inoculum. The higher the dose, the sooner fluorescence appeared. Fluorescent plaques formed as a result of inoculant dilution and grew with duration of incubation....

Author(s)
Zuffa, A.; Chumchal, R.; Grunert, Z.
Citation
Archiv fur Experimentelle Veterinarmedizin, 1976, 30, 3, pp 441-457
Abstract

It was reported earlier [see VB 44, abst.5930] that IBR/IPV virus was isolated from pelleted semen from serologically positive bulls. This paper reports that the amount of virus content of the pellets falls drastically when they are removed from liquid nitrogen containers and stored for 4-12 days...

Author(s)
Ulbrich, F.; Haase, H.
Citation
Monatshefte fur Veterinarmedizin, 1975, 30, 23, pp 887-890
Abstract

Two outbreaks were examined epidemiologically, clinically, pathologically and virologically. IBR-IPV virus and specific antibodies could be detected in most of the 22 infected animals (including three bulls). Three different methods were tested for detection of neutralizing antibodies. The...

Author(s)
Steck, F.; Raaflaub, W.; Konig, H.; Ludwig, H.
Citation
Schweizer Archiv fur Tierheilkunde, 1969, 111, pp 13-27
Abstract

The localization of virus-specific antigen of various strains of these two viruses in calf-kidney cells was studied by means of fluorescent antibodies. Using both the direct and indirect technique it was possible to detect the first specific fluorescence in the nuclear membrane and later in the...

Author(s)
Bergmann, H.; Hahnefeld, H.
Citation
Archiv fur Experimentelle Veterinarmedizin, 1967, 21, pp 801-808
Abstract

Eight enterovirus strains from cattle and 15 from pigs, representing different types and sub-types, were resistant to chloroform. The sedimentation constants of the strains suggested a particle diameter of 25-30m/A. They were also cytopathic and had a marked affinity for the digestive tract....

Author(s)
Bögel, K.; Mayr, A.
Citation
Zentralblatt fur Veterinarmedizin, 1961, 8, pp 908-922
Abstract

Under the electron microscope there was no difference between Strain B1 of IBR virus (from Hanover) and the Jena strain of "Bläschenaus schlag" or coital vesicular exanthema virus. They were demonstrated by the negative staining method of Brenner & Home (1959). Structurally they resembled...

Author(s)
Schulze, P.; Hahnefeld, H.; Hantschel, H.; Hahnefeld, E.
Citation
Archiv fur Experimentelle Veterinarmedizin, 1964, 18, pp 417-425
Abstract

B. demonstrated antigen-antibody reaction with fluorescein isothiocyanate-stained bovine rhinotracheitis antibody and homologous virus grown in fetal calf kidney monolayer cell culture. This method was also suitable for the demonstration of the virus within cell nuclei. Stained rhinotracheitis...

Author(s)
Bindrich, H.
Publisher
I. Orig,
Citation
Zentralblatt fur Bakteriologie, Parasitenkunde, Infektionskrankheiten und Hygiene, 1963, 189, pp 135-146
Abstract

The strain of infectious rhinotracheitis isolated in Western Germany produces changes in tissue culture similar to a variety of American strains of the virus.
The formation of amphophile inclusions which are Feulgen-positive but are negative to the Brachet's test for ribonuclease, F.A.S. and Sudan...

Author(s)
Schimmelppenning H.; Liess, B.
Citation
Zentralblatt fur Veterinarmedizin, 1961, 8, pp 461-472

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