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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 Tuesday, January 05, 2010: Vaccine. 2010 Jan 5. [Epub ahead of print]Immunity Conferred by an Experimental Vaccine Based on the Recombinant PCV2 Cap Protein Expressed in Trichoplusia Ni-Larvae. Pérez-MartÃn E, Gómez-Sebastián S, Argilaguet JM, Sibila M, Fort M, NofrarÃas M, Kurtz S, Escribano JM, Segalés J, RodrÃguez F. Porcine circovirus type 2 (PCV2) vaccination has been recently included as a measure to control postweaning multisystemic wasting syndrome (PMWS) in the field. Aiming to obtain a more affordable vaccine to be extensively implemented in the field, a highly efficient non-fermentative expression platform based on Trichoplusia ni(T. ni) larvae was used to produce a baculovirus-derived recombinant PCV2 Cap protein (rCap) for vaccine purposes. Vaccination of pigs with rCap induced solid protection against PCV2 experimental infection, inhibiting both the viremia and the viral shedding very efficiently. The protection afforded by the rCap vaccine strongly correlated with the induction of specific humoral immune responses, even in the presence of PCV2-specific maternal immunity, although cellular responses also seemed to play a partial role. In summary, we have shown that rCap expressed in T. ni larvae could be a cost-effective PCV2 vaccine candidate to be tested under field conditions. To continue reading this article please click here Have you published information? To add please email the details |









