对兔子接种多杀性巴氏杆菌自体灭活疫苗对临床症状影响的实地评估。

IF 2.8 Q1 VETERINARY SCIENCES
G Casalino, F D'Amico, G Bozzo, F R Dinardo, M Schiavitto, D Galante, A Aceti, E Ceci, D Romito, F P D'Onghia, M M Dimuccio, A Camarda, E Circella
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引用次数: 0

摘要

在意大利,卫生部批准在经常发生细菌性疾病的农场使用从患病动物体内分离出的细菌菌株制备的自体灭活疫苗。使用多杀性巴氏杆菌制备的自体疫苗经常在兔场使用,但其应用反馈却不详。因此,本研究旨在提供有关二价自体疫苗对遗传中心家兔临床症状影响的信息。该疫苗是用属于血清群 A 和 F 的两株多杀霉素菌株制备的,这两株菌株都带有毒力基因,是兔场周期性爆发巴氏杆菌病的罪魁祸首。第一次注射疫苗后,15 天后再注射一次,第一次注射后 4 个月再注射一次,然后每隔 6 个月对所有兔子再注射一次。在第一次注射疫苗后的两年里,对兔子的临床状况和死亡率进行了监测。特别是在接种后的第一年,兔子的临床状况明显改善,死亡率明显下降。此外,因疾病而被移除的动物数量也大大减少。根据发现的多杀性白喉杆菌 D 型血清群和 A 型血清群菌株的毒力基因模式与之前发现的菌株不同,我们认为疫苗无法阻止新菌株在兔子中的引入和传播。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
In field evaluation of impact on clinical signs of an inactivated autogenous vaccine against Pasteurella multocida in rabbits.

In Italy, the use of autogenous inactivated vaccines prepared with the bacterial strains isolated from affected animals is authorized by the Ministry of Health in farms where bacterial diseases occur frequently. The autogenous vaccine performed using Pasteurella multocida is frequently used in rabbit farms, but the feedback of its application is not available. Therefore, the aim of this study is to give information about the impact on the clinical signs of a bivalent autogenous vaccine in rabbits of a genetic centre. The vaccine was prepared using two P. multocida strains belonging to serogroups A and F, equipped with virulence genes and responsible for cyclical outbreak of pasteurellosis in the farm. The vaccine was administered with a first injection, followed by another one after 15 days, then another one four months after the first injection, and then continuing with a further injection every six months to all rabbits. Clinical conditions and mortality rates were monitored for two years after the first vaccination. The improvement in clinical condition and the decrease of the mortality rate were significant especially in the first year post-vaccine. In addition, the number of animals removed due to the disease decreased greatly. Based on the finding of P. multocida strains belonging to serogroup D and serogroup A equipped with different virulence-gene patterns from those previously found, we suggest that the vaccine was unable to prevent the introduction and spreading of new strains among the rabbits.

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来源期刊
CiteScore
4.80
自引率
0.00%
发文量
12
审稿时长
24 weeks
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