PMWS & PCVD
![]() |
|
This free resource is kindly supported by:
If you have a information you would like is to include in this section please contact us
Vaccination
Management
Disease Information
A PMWS update (Jake Waddilove)
ABOUT PMWS & PDNS National Pork Board PMWS Fact Sheet About PDNS (Jake Waddilive) CEI Emerging Disease Notices: PMWS / PDNS Conference and meetings archive
Case Histories
Yorkshire Farm, UK - Mike Muirhead - Final Update, June 2002
Mike Muirhead's case history of a Yorkshire farm with PMWS and PDNS. This paper charts the course and effects of the disease on a single herd as well as highlighting the economic impact. Photographs
Clinical signs
Photos of the clinical signs that are seen generally in pigs with PMWS and PDNS. Includes skin lesions, enlarged lymph glands, wasting and dead pigs. Photos of the signs that are seen in post-mortem samples of pigs with PMWS and PDNS. Includes interstitial pneumonia, secondary bacterial infection, enlarged lymph nodes, oedema and intra cytoplasmic inclusions More Photos of the signs that are seen in post-mortem samples of pigs with PMWS and PDNS.
PMWS Research ArchivesPublished Thursday, October 01, 2009: Canadian Journal Vet Res. 2009 Oct;73(4):308-12.Prevalence of Infection with Porcine Circovirus-2 (PCV-2) and Porcine Reproductive and Respiratory Syndrome Virus (PRRSV) in an Integrated Swine Production System Experiencing Postweaning Multisystemic Wasting Syndrome. Fraile L, Calsamiglia M, Mateu E, Espinal A, Cuxart A, Seminati C, Martín M, Domingo M, Segalés J. The objective of this study was to evaluate the prevalence of infection with porcine circovirus-2 (PCV-2) and porcine reproductive and respiratory syndrome virus (PRRSV) through a longitudinal study in an integrated swine production system (7 farms) experiencing postweaning multisystemic wasting syndrome (PMWS). Risk factors for PCV-2 infection and for PCV-2 and PRRSV coinfection were also evaluated. Fifteen sows from each herd and 4 non-cross-fostered piglets from each sow were randomly selected at farrowing and ear-tagged at birth. Serum samples were analyzed for antibodies to PCV-2 and for detection of the PCV-2 and PRRSV genomes. Statistical analyses involved 2 approaches. The 1st approach characterized the dynamics of PCV-2 infection and their relationship with PRRSV infection. The 2nd approach analyzed the probability of being infected by PCV-2 or by both PCV-2 and PRRSV through a generalized linear mixed model incorporating sow and farm characteristics. At the 1st sampling time (1 wk of age), there was a significant relationship between sow PCV-2 infection and piglet PCV-2 infection (P < 0.0001). The risk of PCV-2 and PRRSV coinfection was 1.85 times greater in piglets from a sow with low titers of PCV-2 antibodies than in piglets from sows with medium to high titers (P = 0.03) and was 2.54, 2.40, and 2.02 times greater, respectively, in piglets from primiparous sows, PCV-2-infected sows, and farms in an area of high pig density than in piglets from sows of higher parity (P = 0.004), noninfected sows (P = 0.04), and farms in a low-density area (P = 0.09). To continue reading this article please click here Have you published information? To add please email the details |
Our Sponsors
Partners




















© 2000 - 2012. 5m Publishing, Benchmark House, 8 Smithy Wood Drive, Sheffield, S35 1QN, England.