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荷兰非疫苗接种奶牛场存在牛疱疹病毒1型抗体的风险因素。

Risk factors for existence of Bovine Herpes Virus 1 antibodies on nonvaccinating Dutch dairy farms.

作者信息

van Schaik G, Dijkhuizen A A, Huirne R B, Schukken Y H, Nielen M, Hage H J

机构信息

Department of Economics and Management, Wageningen Agricultural University, Netherlands.

出版信息

Prev Vet Med. 1998 Feb 27;34(2-3):125-36. doi: 10.1016/s0167-5877(97)00085-8.

Abstract

A more closed farming system may prevent introduction of infectious diseases on dairy farms and can be a good starting point for control of these diseases. Data were available on the presence of Bovine Herpes Virus 1 (BHV1) antibodies in bulk milk and/or blood samples of Dutch dairy farms. Furthermore, information about the possible risk factors for introduction of infectious diseases was collected on 214 of these dairy farms. Data of 107 farms which had been never vaccinated against BHV1 remained for the analysis. A positive BHV1 status on these 107 farms could only be caused by introduction of BHV1. Risk factors for introduction of BHV1 on the farms were quantified using logistic regression. BHV1-positive farms purchased cattle and participated in cattle shows more often compared with BHV1-negative farms. A BHV1-positive farm also had more (professional) visitors in the barn who used farm clothing less often. The BHV1-positive farms were found to be situated closer to other cattle farms compared with the BHV1-negative farms.

摘要

更封闭的养殖系统可能会防止传染病传入奶牛场,并且可以成为控制这些疾病的良好起点。有关于荷兰奶牛场的散装牛奶和/或血液样本中牛疱疹病毒1(BHV1)抗体存在情况的数据。此外,还收集了其中214个奶牛场引入传染病的可能风险因素的信息。对107个从未接种过BHV1疫苗的农场的数据进行分析。这107个农场中BHV1呈阳性状态只能是由BHV1的传入引起的。使用逻辑回归对农场引入BHV1的风险因素进行量化。与BHV1阴性农场相比,BHV1阳性农场更频繁地购买牛并参加牛展。BHV1阳性农场的牛舍中(专业)访客也更多,且他们较少使用农场服装。与BHV1阴性农场相比,发现BHV1阳性农场距离其他养牛场更近。

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