Infectious Bovine Rhinotracheitis (Ibr) on Cattle in Indonesia and The Strategy For Disease Control

R. Adjid, M. Saepulloh
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Abstract

Infectious Bovine Rhinotracheitis (IBR) caused by Bovine herpesvirus -1 (BHV-1) infects cattle and widely spreads in Indonesia. The disease infected cattle in breeding centers, artificial insemination centers and also holderfarmers. This infectious disease may cause economical losses primarily due to reproductive failure of infected animals. Recommended strategy for disease control is step by step control with priorities, started from upper to downstream, from breeding and artificial insemination (AI) centers as the first priority, then village breeding centers as the second priority, and the last priority is in cattle owned by smallholders. In the breeding and AI centers, eradication of the disease is carried out by surveilance, excluding reactors, and applying biosecurity. In the village breeding centers, the use of semen for AI should come from centers that free from IBR, the use of bull that free from IBR, surveilance and application of biosecurity. At the farmer levels, IBR control is bone by using semen from AI centers free from IBR and routine vaccination. The final step is performed after evaluating the successful rate and economic impact of the disease control. Key words: Cattle, IBR
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印度尼西亚牛的传染性牛鼻气管炎(Ibr)及疾病控制策略
由牛疱疹病毒-1 (BHV-1)引起的传染性牛鼻气管炎(IBR)感染牛并在印度尼西亚广泛传播。这种疾病感染了饲养中心、人工授精中心和养殖场的牛。这种传染病可能造成经济损失,主要是由于受感染动物的繁殖失败。建议的疾病控制策略是循序渐进,优先控制,从上到下,从育种和人工授精(AI)中心为第一优先,然后是村育种中心为第二优先,最后是小农拥有的牛。在繁殖中心和人工智能中心,根除疾病是通过监视,排除反应堆和应用生物安全来进行的。在农村养殖中心,用于人工智能的精液应来自无IBR的中心,使用无IBR的公牛,监测和生物安全应用。在农民层面,通过使用来自无IBR的AI中心的精液和常规疫苗接种来控制IBR。最后一步是在评估疾病控制的成功率和经济影响之后进行。关键词:牛;IBR
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审稿时长
16 weeks
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