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SHIC Continues on Emerging Disease Mission with Study on Canine Parvovirus 2 Spillover to Swine

A dead pig was submitted to the South Dakota State University Animal Disease Research and Diagnostic Laboratory (SDSU-ADRDL) in October 2020 for diagnostic testing. Moderate enteritis, hepatitis, and visceral edema along with hemolytic E. Coli were discovered as well as porcine circovirus type 2 (PCV2). Later, viral metagenomic sequencing was performed on archived lung tissue for an unrelated research project. Unexpectedly, canine parvovirus 2 (CPV2) was also identified. This finding led SDSU-ADRDL staff to ask for support from the Swine Health Information Center (SHIC) to study spillover of the virus from the canine species to swine; the investigation has begun. The specific goal of this project is to investigate the epidemiology of CPV2 in pigs and evaluate its pathogenesis in a colostrum deprived pig model.

Besides CPV2, which causes enteritis in dogs and myocarditis in puppies, the species includes feline panleukopenia virus (FPV), which causes severe enteritis and leukopenia in cats of all ages. CPV caused a worldwide pandemic in 1978 following a spillover event from FPV. Continued host switching with CPV has been documented, with spillover to wildlife including skunks, raccoons, and coyotes resulting in both clinical disease and asymptomatic infection. Determining the potential consequences for spillover from canines to swine will inform both diagnostic and prevention efforts for pork producers.

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How AI Is Changing Family Hog Farms | Duane Stateler on Technology & the Future of Pork Production

Video: How AI Is Changing Family Hog Farms | Duane Stateler on Technology & the Future of Pork Production

Artificial intelligence is beginning to reshape pork production, and longtime pork producer Duane Stateler believes the industry is only getting started.

Recorded at World Pork Expo 2026, Stateler shares how technology has already transformed modern hog farming—from automated barn climate control and feed monitoring to real-time alerts—and explains why AI will play an even bigger role in improving animal care, efficiency, and decision-making.

As a fifth-generation hog farmer, he also discusses the importance of family farms, succession planning, labor, and how technology is helping today's producers care for more animals while maintaining high welfare standards.

In this interview:

The future of AI in pork production

How smart barns improve pig care

Feed bin monitoring and automation

Labor challenges and family farming

Why technology is shaping the next generation of producers