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Genetics Can Boost Swine Herd Health

    Herd health is a constant worry for pork producers, especially with increasing restrictions on the use of antibiotics and other preventative treatments. Recent improvements in biosecurity practices can help, of course, but breeding for disease resilience offers a vital, complementary approach.

“Genetic improvement can be an important component in a comprehensive strategy to combat the impacts of disease,” says Jack C. M. Dekkers, Ph.D., a C.F. Curtiss Distinguished Professor in the Department of Animal Science at Iowa State University. “How pigs respond to disease has a substantial genetic component and can, thus, be selected for. While resistance to some diseases is determined by a single gene, resistance to most diseases is controlled by many genes and is not complete.”

Measuring Resilience

In his upcoming talk at United Pork Americas in Orlando, Fla. (Sept. 7-9, 2022), Dekkers will discuss how and why genetics can play a critical role in lessening the impact of disease on pork production. “An understanding of the genetic basis of resistance and resilience of disease will help producers determine the best sources of genetics for their operations,” Dekkers says.

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Methionine Requirements for Lactating Sows - Cierra Kozole

Video: Methionine Requirements for Lactating Sows - Cierra Kozole


In this episode of The Swine Nutrition Blackbelt Podcast, Cierra Kozole, PhD candidate in Swine Nutrition at the University of Guelph, explains how methionine supports lactating sows beyond milk protein synthesis. She discusses updated requirement estimates, source comparisons, methylation demand, and why modern sow genetics may require more precise amino acid strategies. Listen now on all major platforms!

"Methionine supports protein synthesis while also serving critical functions through methylation pathways that influence multiple biological processes."

Meet the guest: Cierra Kozole / cierra-kozole-772b64253 is a PhD candidate in Swine Nutrition at the University of Guelph in Canada. Her doctoral research focuses on refining estimates of methionine requirements for primiparous lactating sows, including evaluating methionine sources, nutrient partitioning, methylation reactions, and the links among amino acid supply, milk production, and sow protein retention. Learn more from Cierra Kozole on The Swine Nutrition Blackbelt Podcast, available on all major platforms.