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VetMed Resource

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Abstract

Replication-defective recombinant adenovirus 5 (rAd5) vectors carrying foot-and-mouth disease virus (FMDV) transgenes elicit a robust immune response to FMDV challenge in cattle; however mechanistic functions of vaccine function are incompletely understood. Recent efforts addressing critical...

Author(s)
Montiel, N. A.; Smoliga, G.; Arzt, J.
Publisher
Elsevier Ltd, Oxford, UK
Citation
Veterinary Immunology and Immunopathology, 2013, 151, 1/2, pp 37-48
Abstract

White tailed deer (Odocoileus virginianus) were inoculated with foot-and-mouth disease virus (FMDV) O UKG 11/2001 and monitored for the development of clinical signs, histopathological changes and levels of virus replication. All FMDV-infected deer developed clinical signs starting at 2 days post...

Author(s)
Moniwa, M.; Embury-Hyatt, C.; Zhang, Z.; Hole, K.; Clavijo, A.; Copps, J.; Alexandersen, S.
Publisher
Elsevier Ltd, Oxford, UK
Citation
Journal of Comparative Pathology, 2012, 147, 2/3, pp 330-342
Abstract

In limited controlled experiments Type C vaccine was prepared from virus grown on monolayer culture of calf kidney cells in rotating flasks; Type O was prepared from virus grown on monolayer culture of kidney cells and on bovine epithelium according to the technique described by Frenkel. Pigs given ...

Author(s)
Ubertini, B.; Nardelli, L.; Barie, S.; Gual; I, G. L.; Panina, G. F.; Bagini, C.
Citation
Veterinaria italiana, 1964, 15, pp 807-823
Abstract

In limited controlled experiments Type C vaccine was prepared from virus grown on monolayer culture of calf kidney cells in rotating flasks; Type O was prepared from virus grown on monolayer culture of kidney cells and on bovine epithelium according to the technique described by Frenkel. Pigs given ...

Author(s)
Ubertini, B.; Nardelli, L.; Barie, S.; Gual; I, G. L.; Panina, G. F.; Bagini, C.
Citation
Veterinaria italiana, 1964, 15, pp 789-806
Abstract

The vaccine was used for compulsory and voluntary immunization, over 1, 500, 000 cattle being vaccinated. Vaccine production is continually increasing. Nevertheless it falls short of requirements which vary considerably from time to time. It is envisaged, however, that extension of the production...

Author(s)
BELIN, C.
Publisher
Office International des Epizooties, Paris, France
Citation
Bulletin de l'Office International des Epizooties, 1958, 49, pp 157-159
Abstract

In swine fever, the most economical method was vaccination with dry virus vaccine; the least economical and the least effective methods were slaughter and serum treatment. Economically the most effective method of swine erysipelas control was the use of a depot vaccine. Passive immunization prior...

Author(s)
Sorokin, I. V.
Citation
Trudy gosud. nauchno-kontrol. Inst. vet. Preparatov, 1967, 14, pp 393-399
Abstract

At the Amsterdam Branch of the Central Veterinary Laboratory (director: Dr. J G. van Bekkum) 4 million doses of FOOT AND MOUTH DISEASE vaccine (against types O1 and O2) for cattle and 1 million doses for pigs were produced. Research on vaccine production and immunization of pigs continued. Attempts ...

Author(s)
Anon.
Publisher
Scinpostduin 18, The Hague,
Citation
Netherlands Stichting voor Diergeneeskundig Onderzoek. Jaarverslag 1967., 1969, pp 109 pp.
Abstract

S. stated that he used a Type O field strain of F. & M. disease virus of proven virulence and immunogenic properties for passage through g. pigs and obtained a live vaccine in the form of a suspension of virulent g. pig blood in a certain medium which prolongs the viability of the virus and...

Author(s)
SVIRIDOV, A. A.
Publisher
Moscow,
Citation
Veterinariya, 1953, 30, 11, pp 18-19 pp.
Abstract

This is a summary of the studies made at Insel Riems. The standard Vallée O type g. pig strain has been given more than 300 passages in eggs. Virus appears in the egg fluids 12-18 hours after inoculation of the chorio-allantoic membrane, and during the next six hours in the embryos from which the...

Author(s)
DEDIÉ, K.
Citation
Archiv fur Experimentelle Veterinarmedizin, 1952, 6, Suppl, pp 22-23 pp.
Abstract

The South African type 2 FOOT AND MOUTH DISEASE virus (SAT.2) was recorded in Kenya for the first time. It was isolated from outbreaks in the Samburu Reserve. The disease spread rapidly throughout the Samburu Reserve up to August, since when no outbreaks have been confirmed. The concurrent presence ...

Author(s)
MACOwAN, K. D. S.
Publisher
Nairobi : Government Printer.,
Citation
Department of Veterinary Services annual report 1957., 1958, pp 89 pp.

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