猪繁殖与呼吸综合征病毒
牧群
再繁殖
兽医学
养猪业
牲畜
生物
动物健康
群体免疫
医学
环境卫生
生物技术
动脉瘤
结束语(心理学)
病毒
繁殖
2019年冠状病毒病(COVID-19)
猪瘟
病毒学
流行病学
牛疾病
包裹体(矿物)
大流行
畜牧业
动物育种
作者
Brent Pepin,Marisa Rotolo,Meredith Petersen
出处
期刊:Javma-journal of The American Veterinary Medical Association
[American Veterinary Medical Association]
日期:2026-01-21
卷期号:: 1-8
标识
DOI:10.2460/javma.25.10.0711
摘要
Abstract Background Porcine reproductive and respiratory syndrome virus (PRRSV)–elimination methods vary greatly in their execution in the field. This review of the scientific literature was conducted to synthesize available methods and strategies for PRRSV elimination at the sow farm and regional levels to inform the decision-making of swine producers and veterinarians. Methods PubMed and the Journal of Swine Health and Production were searched for relevant publications on eliminating or eradicating PRRSV on sow farms and at regional levels. No date limit was set. All manuscripts were reviewed independently by at least 2 authors for inclusion with the criteria of being peer reviewed, containing data on eliminating PRRSV from a sow farm or a regional area, and including the method(s) used. Results 25 manuscripts were included from the initial 456 found on the search. The most cited PRRSV-elimination method was herd closure. Other documented farm methods included test and removal (TR), depopulation and repopulation (DRP), gilt acclimation without a herd closure, and a combination of herd closure with TR. Depopulation and repopulation was the most common method in regional control, followed by herd closure. Clinical Relevance Herd closure with various exposure methods, DRP, TR, and combined approaches can effectively eliminate PRRSV at sow farms and the regional level. Regional elimination requires coordinated efforts, mandated testing, movement restrictions, and the use of predominantly DRP strategies. This review provides evidence-based options for veterinarians and producers to tailor PRRSV-elimination strategies and outcomes to farm-specific factors, such as size, biosecurity, pig flow, and resources, thereby improving elimination success rates.
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