意大利模拟非洲猪瘟(ASF)病毒检测:受限制的农场和猪的平均数量。

Pub Date : 2022-12-31 DOI:10.12834/VetIt.2651.16696.2
Giorgia Baiocchi, Andrea Marcon, Olivia Bessi, Luigi Ruocco, Vittorio Guberti
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引用次数: 0

摘要

非洲猪瘟是一种对饲养和野生猪具有破坏性的传染性病毒性疾病,将对参与消灭非洲猪瘟的兽医部门构成挑战。如今,非洲猪瘟是全球养猪业面临的最大挑战之一。在一系列模拟病毒随机引入之后,论文估计了将受到限制的农场(包括其类型)和动物的平均数量,最后估计了受感染农场与最近的加工厂的平均距离。该研究包括意大利国家数据库(BDN)中提供的101,032个农场的9,322,819头猪的数据。模拟考虑了5个不同的生物地理区域,它们有自己的家猪分布、繁殖系统和野猪的存在。在一个农场的指数案例之后,在最坏的情况下,在限制区域的10公里半径内,意大利南部将有2636个农场;波谷470,216只动物;在意大利中部,从受感染的农场到最近的加工厂的最长平均距离是147公里。
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Simulated African Swine Fever (ASF) virus detection in Italy: average numbers of farms and pigs under restriction.

African swine fever is a devastating contagious viral disease of kept and wild porcine animals that will challenge the Veterinary Services involved in its eradication. Nowadays, ASF represents one of the biggest challenges for the pig sector at a global level. Following a number of simulated virus random introductions, the paper estimates the average number of farms (including their type) and animals that will be under restriction, and finally the average distance of infected farms from the nearest rendering plant. The study includes data referring to 101,032 farms with 9,322,819 pigs which are available in the Italian National Database (BDN). The simulations consider 5 different biogeographic regions with their own domestic pig distribution, breeding systems, and wild boar presence. Following an index case in a farm, and in the worst‑case scenario, in the 10 km radius of the restriction area, there will be: 2,636 farms in South Italy; 470,216 animals in Po Valley; 147 km in Central Italy is the longest mean distance from the infected farm to the nearest rendering plant.

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