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Clouds and Pasteurella multocida

Fowl cholera (Pasteurella multocida) is a problem in broiler chicken breeder operations and has emerged in organic and free range broiler production. Existing diagnostic tools along with supporting molecular assays have been used to assess genetic diversity within a fowl cholera outbreak, confirm the identification of the isolate as P. multocida, and then identify the lipopolysaccharide genotype via PCR. However, these tools provide little information about the impact of diversity between isolates on key issues such as immunogenic surface structures and virulence factors. The importance of genetic variation within a pathogen (the concept of a “cloud” as opposed to a single species or indeed a single clone) is well appreciated in poultry vaccines and poultry diseases. This proposal seeks to test this concept in disease outbreaks associated with fowl cholera. A knowledge of the impact of “clouds” will allow a more informed and more targetted use of vaccines and biosecurity programs.

Project date

3 Aug 2016-1 Apr 2020
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Principal investigator

Pat Blackall

Project funded by

Multiple industries
Alternative protein Aquaculture Cereal grains Cross industry Essential oils Fruits Game Honey bees Nuts Other rural industries Pasture, fodder & feed Poultry Pulse grains

AgriFutures Australia

AgriFutures Australia proudly focuses on building a rich future for Australian agriculture. We live and work in the regions and …

Multiple industries
Alternative protein Aquaculture Cereal grains Cross industry Essential oils Fruits Game Honey bees Nuts Other rural industries Pasture, fodder & feed Poultry Pulse grains
  • Location

    Australia

  • Organisation type

    Research funding body

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Focus areas

Industries

Sustainabilities

Technology areas

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