Selected article for: "BA EO combination and SDPP RNA degradation impact"

Author: Gebhardt, Jordan T; Woodworth, Jason C; Jones, Cassandra K; Tokach, Mike D; Gauger, Philip C; Main, Rodger G; Zhang, Jianqiang; Chen, Qi; DeRouchey, Joel M; Goodband, Robert D; Stark, Charles R; Bergstrom, Jon R; Bai, Jianfa; Dritz, Steve S
Title: Determining the impact of commercial feed additives as potential porcine epidemic diarrhea virus mitigation strategies as determined by polymerase chain reaction analysis and bioassay()
  • Document date: 2018_8_20
  • ID: 6rlbiukh_35
    Snippet: In summary, the combination of EO and BA enhanced degradation of PEDV RNA in feed but had no impact on RNA degradation in SDPP. Furthermore, both untreated feed and feed treated with the combination of EO and BA resulted in infection at d 0 post-laboratory inoculation; however, neither set of samples were infective at d 1 postinoculation. Finally, SDPP harbored a greater level of quantifiable RNA for a longer duration of time compared to complete.....
    Document: In summary, the combination of EO and BA enhanced degradation of PEDV RNA in feed but had no impact on RNA degradation in SDPP. Furthermore, both untreated feed and feed treated with the combination of EO and BA resulted in infection at d 0 post-laboratory inoculation; however, neither set of samples were infective at d 1 postinoculation. Finally, SDPP harbored a greater level of quantifiable RNA for a longer duration of time compared to complete swine diet, and these viral particles remained viable for a longer duration of time indicating differences in viral stability exist between different feed matrices.

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