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PRRS szempontjából „Mentes vakcinázott (MV)” minősítésű nagylétszámú, fialástól a vágásig típusú sertésállomány létrehozása

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171-181_Sertes_Fornyos.pdf (1.192Mb)
Date
2023-03
Author
Fornyos, Kinga
Szegedi, László
Nagy, Patrícia
Sántha, Imre
Makkai, István
Búza, László
Kardos, Gergő
Molnár, Tamás
Bálint, Ádám
Szabó, István
DOI link
10.56385/magyallorv.2023.03.171-181
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Abstract
Background: One of the biggest challenges in the eradication of PRRS in Hungary’s pig herds was the eradication from large-scale farrow to finish farms. Among the methods used for this purpose, the depopulation-repopulation is obviously the safest, but also the most expensive procedure. Objectives: Specialists have continuously strived to develop a method and to apply it under Hungarian conditions, which enables the immunization of the breeding stock, but ensures virus-free rearing for the entire life stage of the offspring. Since 2017, the international regulations of PRRS have provided the opportunity for this. Materials and Methods: Studies were carried out on a pig farm with 850 sows, from farrowing to slaughter, located in the county with the highest density of pigs in Hungary and the one most infected with PRRS in 2014. The farm was infected with the disease until 2016, and then in 2016-17, with a complete depop-repop with high animal health status was put into production. At the beginning of 2018, the farm was infected with a strain of the PRRS virus that did not occur in the previous herd. During the eradication of this herd, the mass vaccination of the breeding stock was carried out quarterly. The effectiveness of the vaccination in the progeny was checked with laboratory tests (PRRS ELISA, PRRS PCR DIVA), and with these tests the time when the immunization of the progeny could be stopped was precisely determined. At the same time, the methods of internal epidemic prevention were regularly revised. Results and Discussion: In 2021, the farm met the official requirements of a free, vaccinated pig farm from farrowing to slaughter, for which it received a certificate. The authors present the evolution of some reproductive biological indicators (stillbirths and live births per farrowing) during the phases of infection and eradication.
URI
http://hdl.handle.net/10832/3302
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