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USDA Will Allow Pork Plants to Increase their Maximum Line Speeds.

 

The U.S. Department of Agriculture (USDA) has invited nine pork processing plants to apply to a trial program to increase their maximum line speeds, Reuters reports, as supply chain disruptions and high demand drive up prices for pork products. The one-year pilot, which will demonstrate whether productivity in plants can be increased without risking worker safety, comes on the heels of a March court decision to throw out a 2019 Trump-era ruling that removed the speed cap. According to The Des Moines Register, some pork packing plants at the time were processing 1,450 head an hour and were ordered to reduce their line speed to 1,106 head in the same time period. One analysis found that pork companies would lose 2.5 percent of their processing capacity at the lower speeds mandated by the March decision, even with mandatory overtime. — Matthew Sedacca

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Genetics Behind Swine Resilience - Dr. Jenelle Dunkelberger

Video: Genetics Behind Swine Resilience - Dr. Jenelle Dunkelberger


In this episode of The Swine it Podcast Show Canada, Dr. Jenelle Dunkelberger, geneticist at Topigs Norsvin, explains how genetics can improve disease resilience in pigs. She explores how resilience differs from resistance, the role of genetic variation, and how breeding strategies can enhance health and performance under disease pressure. Dr. Dunkelberger also covers practical applications and future implications for swine production. Listen now on all major platforms!

"Controlled experimental trials confirm that differences in mortality and performance under disease pressure are linked to genetic background, even when environmental conditions remain consistent."

Meet the guest: Dr. Jenelle Dunkelberger / jenelle-dunkelberger-9200ab86 is a geneticist at Topigs Norsvin, where she leads the Global Health and Behavior Research Platform. She earned her PhD from Iowa State University, focusing on host genetics and disease response in pigs. Her work centers on improving swine health and performance through genetic selection for resilience and behavior traits.