Setting priorities for disease threats and strategies - Dr. Paul Sundberg, Swine Health Information Center, from the 2017 North American PRRS/National Swine Improvement Federation Joint Meeting, December 1‐3, 2017, Chicago, Illinois, USA. More presentations at http://www.swinecast.com/2017-north-american-prrs-nsif-joint-meeting

1. global disease monitoring, targeted research investments and analysis of swine health data
Setting priorities for disease threats and strategies
North American PRRS Symposium
Global Infectious Disease
Swine Health Information Center
Paul Sundberg, DVM, PhD, DACVPM
psundberg@swinehealth.org

3. • Responsibility of producer representation
• Gaining consensus takes time
• Multiple departments
• Changing, yearly budget must address all
departments
• Research – a measured process
• Address industry FAD and endemic
disease needs
• Support academic infrastructure
• Advertised yearly research cycle
• 6 to 8 month timeline

4. • Responsibility of producer representation
• Gaining consensus takes time
• Multiple departments
• Changing, yearly budget must address all
departments
• Research – a measured process
• Address industry FAD and endemic
disease needs
• Support academic infrastructure
• Advertised yearly research cycle
• 6 to 8 month timeline
• Emerging disease, swine health focus
• Needs to be nimble enough to quickly address
changing swine health issues
• Ability to change directions quickly prioritizes
guidance over consensus
• Defined budget for length of project
• Industry, USDA, VDL collaboration priority
• Research – QS and ASAP
• Flexibility for immediate emerging disease
response
• Targeted, focused research philosophy
• Resources targeted to capabilities

5. global disease monitoring, targeted research investments and analysis of swine health data
• Board of Directors
– NPB Mark Greenwood Dr. Brett Kaysen
– NPPC Dr. Howard Hill Bill Luckey
– AASV Dr. Matt Anderson Dr. Daryl Olsen
– At Large Mark Schwartz Dr. Mike Terrill Dr. Matthew Turner
Swine Health Information Center

6. global disease monitoring, targeted research investments and analysis of swine health data
Monitoring and Analysis Working Group
Practitioners
 Joe Connor
 Jer Geiger, Genus PIC
 Steve Henry
 Clayton Johnson
 Gordon Spronk
 Paul Yeske
Pork Producers
 Jim Niewold, Illinois
 Ray Summerlin, NC
Universities
 Cesar Cozar, UMN
 Dick Hesse, KSU
 Daniel Linhares, ISU
 Rodger Main, ISU
 Mike Murtaugh, UMN
 Chris Rademacher, ISU
 Albert Rovira, UMN
 Kent Schwartz, ISU
 Jerry Torrison, UMN
 Fabio Vannucci, UMN
USDA
 Dana Cole, CEAH
 FADDL
Industry Associations
 Lisa Becton, NPB
 Tom Burkgren, AASV
 Dave Pyburn, NPB
 Harry Snelson, AASV
 Liz Wagstrom, NPPC
 Patrick Webb, NPB
SAHO
 Tony Forshey, Ohio
 Bret Marsh, Indiana
 Dustin Oedekovin, SD
 Dave Schmitt, Iowa
 Beth Thompson, MN

7. global disease monitoring, targeted research investments and analysis of swine health data
Preparedness and Response Working Group
Practitioners
 Dave Bomgaars
 Marlin Hoogland
Pork Producers
 Brad Greenway, SD
 Conley Nelson, Iowa
USDA
 Cecilia Antognoli, CEAH
 Kelly Lager, ARS
 Sabrina Swenson, NVSL
Animal Health Companies
 Wayne Chittick, BI
 Christa Goodell, BI (Idexx)
 Bill Nelson, Tetracore
Universities
 Gene Erickson, NC VDL (retired)
 Jim Collins, UMN
 Ying Fang, KSU
 Jane Christopher-Hennings,
SDSU
 Derald Holtkamp, ISU
 Jeff Zimmerman, ISU
Industry Associations
 Lisa Becton, NPB
 Tom Burkgren, AASV
 Dave Pyburn, NPB
 Harry Snelson, AASV
 Liz Wagstrom, NPPC
 Patrick Webb, NPB
SAHO
 Jeff Kaisand, Iowa
 Bret Marsh, Indiana

8. global disease monitoring, targeted research investments and analysis of swine health data
• Predict
• Prepare
• Respond &
Recover

9. global disease monitoring, targeted research investments and analysis of swine health data
Predict
VDL Data Standardization

10. global disease monitoring, targeted research investments and analysis of swine health data
Predict
VDL Data Standardization
VDL Data Warehouse

11. global disease monitoring, targeted research investments and analysis of swine health data
Predict
VDL Data Standardization
VDL Data Warehouse
Domestic Dz Monitoring Predict Risk and Outbreak

12. global disease monitoring, targeted research investments and analysis of swine health data
Predict
VDL Data Standardization
VDL Data Warehouse
Domestic Dz Monitoring Predict Risk and Outbreak
International Dz Monitoring

13. global disease monitoring, targeted research investments and analysis of swine health data
Predict Risks from common inputs?

14. global disease monitoring, targeted research investments and analysis of swine health data
• Vaccines?
• Trypsin sourced from Canada was discovered to have viable
SVA contamination
• “. . . at CVB we’re including screening for SVA for all incoming Master
Seeds, Master Cells and ingredients of animal origin. Additionally,
we have published a draft notice recommending biologics
manufacturers do likewise.”
Predict Risks from common inputs?

15. global disease monitoring, targeted research investments and analysis of swine health data
Prepare

16. global disease monitoring, targeted research investments and analysis of swine health data
Foot and mouth disease virus Porcine deltacoronavirus
Classical swine fever virus Porcine parainfluenza 1 virus*
African swine fever virus Atypical swine pestivirus*
Pseudorabies virus* Influenza C virus*
Influenza A virus Porcine respiratory coronavirus*
Nipah virus* Hemagglutinating encephalomyelitis virus*
Ebola-Restin* Encephalomyocarditis virus*
Porcine epidemic diarrhea virus Hepatitis E virus*
PRRS virus (Chinese high path)* Porcine adenovirus*
PRRS virus Porcine kobuvirus*
Porcine teschovirus (Teschen/PTV1)* Porcine sapovirus*
Japanese enchephalitis virus* Orthoreovirus*
Getah virus* Sendai virus*
Transmissible gastroenteritis virus Porcine cytomegalovirus*
Menangle virus* Vesicular stomatitis virus*
Porcine circovirus Chikungunya virus*
Circovirus 3* Rabies virus
Porcine rotavirus Porcine bocavirus*
Swine vesicular disease virus Porcine astrovirus*
Vesicular exanthema of swine virus* Swine pox virus*
Porcine rubulavirus* Porcine sapelovirus*
Seneca Valley virus* Porcine torovirus*
Porcine parvovirus Swine papillomavirus*
2016
2017
USDA
Capable2017: ELISA
resulting in OF
antibody
detection
2016: PCR
resulting in
antigen
detection
Prepare

17. global disease monitoring, targeted research investments and analysis of swine health data
Morrison Swine Health Monitoring Project
• Short term – deliver value:
– Monitor disease incidence & prevalence
– Supplement outbreak investigation
– Understand implications of pig movement
• Long term – to develop capacity for:
– Detection, response & continuity of business
Prepare

18. global disease monitoring, targeted research investments and analysis of swine health data
Respond & Recover
Rapid Response Corps

19. global disease monitoring, targeted research investments and analysis of swine health data
Respond & Recover
Rapid Response Corps
Rapid Response Teams

20. global disease monitoring, targeted research investments and analysis of swine health data
Respond & Recover
Rapid Response Corps
Rapid Response Teams

21. global disease monitoring, targeted research investments and analysis of swine health data
Respond & Recover
Rapid Response Corps
Rapid Response Teams
Industry Information Swine Disease Response Council

22. global disease monitoring, targeted research investments and analysis of swine health data
Respond & Recover

23. global disease monitoring, targeted research investments and analysis of swine health data
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