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Can Nanoparticles Control PEDv?

Ken Engele
Engineering
February 6, 2019

This project set out to evaluate the efficacy of novel metal nanoparticles (with previously demonstrated antimicrobial properties), either alone or in combination with alternative disinfecting strategies for inactivation of PED.   Conducting the work under Biosafety Level 3 containment, experiments that simulated hog production environments showed that copper nanoparticles (Cu-NP) and lime treatments were effective in deactivating the PED virus. These treatments, after being fully validated in subsequent field trials, can form the basis for alternative strategies for controlling PEDv and can be used in conjunction with existing chemical disinfectants to expand biosecurity protection to gaps where current available techniques may not be effective or impractical to
apply.

Can Nanoparticles Control PEDv (View pdf)

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Research Areas
EngineeringEthologyManagementMediaNutritionOntario PorkOtherProductionSwine Innovation Porc

Engineering

  • PEDv rapid test
  • Precision detection of farrowing onset and distress using advanced artificial intelligence technologies
  • Mitigating mycotoxin contamination from grains used in swine feed through nanotechnology

Nutrition

  • What do we know about creep feeding and piglet performance
  • What’s new in nutrition?
  • Low crude protein for post-weaning diarrhea

Ethology

  • Mastering Group Sow Housing
  • Practical enrichments for growing pigs on commercial farms
  • Improving feed efficiency in pork production through individual thermal efficiency index

Management

  • Mastering Group Sow Housing
  • Hidden pathways for disease
  • Evaluating the future of the herd

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