Results 151 to 160 of about 1,359 (190)
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Treatment of virulent footrot with lincomycin and spectinomycin
Australian Veterinary Journal, 1990SUMMARY A mixture of lincomycin and spectinomycin was investigated as a treatment for footrot in sheep. In a controlled clinical trial 92.5% of acute and chronic cases of virulent footrot were cured following a single intramuscular injection of a mixture containing 50 mg lincomycin and 100 mg spectinomycin/ml at a dose rate of 1 ml/10 kg bodyweight. No
C M, Venning, M A, Curtis, J R, Egerton
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Recombinant vaccines against ovine footrot
Immunology & Cell Biology, 1993SummaryFor the past 20 years footrot vaccines have evolved from simple bacterins to highly specific recombinant DNA (rDNA) fimbrial vaccines. The development of these vaccines has left a trail of discoveries, challenges and solutions; these processes continue as we move closer to understanding the requirements of a footrot vaccine.
T J, O'Meara, J R, Egerton, H W, Raadsma
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A role for DNA characterisation in ovine footrot
Australian Veterinary Journal, 1989SUMMARY Bacteroides nodosus involved in several outbreaks of ovine footrot over a number of years were subjected to DNA restriction endonuclease analysis. Individual isolates were found to have characteristic Bam HI profiles which permitted their accurate identification and differentiation from other isolates. Bam HI profiles of B.
D J, McGillivery +2 more
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2019
Ovine footrot is the main cause of lameness in sheep around the world and is responsible for extensive economic and welfare impacts. It can be an extremely contagious disease, resulting from the invasion of the interdigital tissue by a complex mixture of bacteria, in which Dichelobacter nodosus is a required component. Strains of D.
Caetano, Pedro +2 more
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Ovine footrot is the main cause of lameness in sheep around the world and is responsible for extensive economic and welfare impacts. It can be an extremely contagious disease, resulting from the invasion of the interdigital tissue by a complex mixture of bacteria, in which Dichelobacter nodosus is a required component. Strains of D.
Caetano, Pedro +2 more
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The bacteriology and histopathology of footrot in sheep
Australian Journal of Agricultural Research, 1962Fusiformis nodosus was shown to cause severe footrot in sheep without the intervention of either, or both, of the other bacteria usually present in natural cases, namely, Treponema penortha and a motile fusiform bacillus. The progress of experimental infections in the sheep's foot with pure cultures of F.
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