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Assessment of porcine reproductive and respiratory syndrome virus (PRRSV) farm surface contamination through environmental sampling

During the fall of 2020, the porcine reproductive and respiratory syndrome virus (PRRSV) L1C.5 variant emerged and rapidly spread throughout southern Minnesota generating questions regarding possible transmission routes. This study aimed to investigate whether PRRSV could be detected on surfaces ins...

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Published in:Porcine Health Management. 2024-09, Vol.10 (1), p.34-6, Article 34
Main Authors: Melini, Claudio Marcello, Kikuti, Mariana, Bruner, Laura, Allerson, Matt, O'Brien, Katie, Stahl, Chase, Roggow, Brian, Yeske, Paul, Leuwerke, Brad, Schwartz, Mark, Torremorell, Montserrat, Corzo, Cesar A
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container_title Porcine Health Management.
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creator Melini, Claudio Marcello
Kikuti, Mariana
Bruner, Laura
Allerson, Matt
O'Brien, Katie
Stahl, Chase
Roggow, Brian
Yeske, Paul
Leuwerke, Brad
Schwartz, Mark
Torremorell, Montserrat
Corzo, Cesar A
description During the fall of 2020, the porcine reproductive and respiratory syndrome virus (PRRSV) L1C.5 variant emerged and rapidly spread throughout southern Minnesota generating questions regarding possible transmission routes. This study aimed to investigate whether PRRSV could be detected on surfaces inside and outside pig barns housing L1C.5 variant PRRSV-positive pigs to illustrate the potential for indirect transmission of PRRSV. Seven Midwestern U.S. PPRS-positive breeding or growing pig farms and one PRRS-negative farm were conveniently selected. Internal and external barn surfaces were wiped using a PBS moistened cloth and the resulting liquid was submitted to the University of Minnesota Veterinary Diagnostic Laboratory for PRRSV RT-PCR testing and virus isolation. All (n = 26) samples from PRRSV-negative farm tested negative. Nineteen (13%) out of 143 samples from positive farms yielded positive RT-PCR results. Positive samples originated primarily from exhaust fan cones and doorknobs, followed by anteroom floor and mortality carts/sleds. Virus isolation attempted on two samples did not yield positive results. PRRSV contamination can occur on surfaces inside and outside pig barns that are in frequent contact with farm personnel. Although virus isolation attempts were negative, our results illustrate the potential for PRRSV to be transmitted indirectly through contaminated materials or farm personnel. The study supports the implementation of biosecurity practices by farm personnel to prevent the introduction of PRRSV into farms and the prevention of PRRSV transmission between farms.
doi_str_mv 10.1186/s40813-024-00387-5
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subjects Contamination
Environmental sampling
PRRS
Surfaces
title Assessment of porcine reproductive and respiratory syndrome virus (PRRSV) farm surface contamination through environmental sampling
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