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Can Nanoparticles Control PEDV?

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)

Source : Prairie Swine Centre

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How to read EPDs (expected progeny differences)

Video: How to read EPDs (expected progeny differences)

Expected progeny differences (EPDs) may look complicated at first, but they are a practical tool for making informed beef cattle breeding decisions. The bulls or replacement heifers you select today will influence herd performance, productivity and profitability for years to come.

This animated video, produced by the Beef Cattle Research Council, explains how to read and use EPDs in a clear, straightforward way. You’ll learn what the numbers mean, how to interpret them and see a step-by-step example of comparing EPDs between animals to help select genetics that fit your herd goals.