PIC dam lines. Health
Previous articles addressed genetic criteria and proper management guidelines. In this article, Tim Snider, Regional Director for Veterinary Services at PIC Europe, explains the basics of PIC's health program.
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Biocheck.UGent is an independent, risk-based, scientific scoring system for assessing the quality of your on-farm biosecurity.
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Technical sheets of the main raw materials and additives used in swine feed. They include a comparison of nutritional values from various sources, product
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Use this tool to diagnose problems with the feed conversion ratio. Click on the flowchart or on the buttons within the text to navigate through the different parts of the tool.
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Compare production data, calculate the number of sow, nursery, and finishing spaces, and visualize your tasks on the work schedule by type of BMS.
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Use this tool to find out why your farrowing rate is less than ideal. Click on the flowchart or on the buttons found within the text to navigate through the different parts of the tool.
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Management, pig farm management, work planning in each production stage: management in gestation, grow finish, batch farrowing
Compare production data, calculate the number of sow, nursery, and finishing spaces, and visualize your tasks on the work schedule by type of BMS.
Tool that allows you to calculate the replacement rate in your farm
Definition for the most commonly used pig terms
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Design of facilities and equipment for pig farms: building design, climate control, feeding systems, etc.
Biocheck.UGent is an independent, risk-based, scientific scoring system for assessing the quality of your on-farm biosecurity.
Environmental Footprint Calculator along the pork value chain.
Definition for the most commonly used pig terms
Simulator that calculates the amount of drug to add to the water when using a flow dispenser.
Use this tool to explore which slurry management strategy best fits your situation. Click on the flow chart or on the buttons within the text to navigate through the different parts of the tool.
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Tim originates from Kitchener-Waterloo, Ontario, Canada. He studied veterinary medicine at the Ontario Veterinary College at the University of Guelph in Ontario. After graduating in 1992, he joined a swine specialty practice (Sheridan and Heuser Swine Health Services) in Steinbach, Manitoba, Canada. In 1995, he started Heartland Swine Health Veterinary Services in Winnipeg, Manitoba. In 1998, when he went on to lead the health assurance program for Cotswold in both Canada and USA. From 2001 to 2007, he worked for Elite Swine and Maple Leaf Foods as a team veterinarian in their production system. During his years with Elite Swine and Maple Leaf Foods, he was a member of a team of 4 veterinarians. He was responsible for providing veterinary services in eastern Manitoba and southern Ontario which included 65,000 sows in total. From May 2007 to July 2011, he worked as an independent veterinary consultant, in his own practice called Snider Veterinary Services, to a base of 40,000 sows and their associated production systems. Its clients included the Progressive Livestock Management (PLM) production system, TOPIGS Canada and TOPIGS USA. He completed a 2-year residency (2011 to 2013) in Veterinary Public Health at the University of Minnesota and continued as a faculty member of the University of Minnesota’s population medicine department from 2013 to 2015. From 2011 to 2015, he continued his work as a health assurance veterinarian for TOPIGS USA on a part time basis. In January 2015, he oversaw health assurance in the upper Midwest region of the USA for PIC USA. From Jan 2017 to the present, he works as the regional director of health assurance for PIC Europe. He resides near Barcelona, Spain with his wife and children.
Updated CV 24-Sep-2019
Previous articles addressed genetic criteria and proper management guidelines. In this article, Tim Snider, Regional Director for Veterinary Services at PIC Europe, explains the basics of PIC's health program.
The mixing of ingredients into feed and the distribution of feed to the farm location where consumption occurs is referred to as the ‘manufacturing and post-manufacturing stage’ of the feed supply chain. This article outlines how biosecurity concepts can be applied to the manufacturing and distribution of pig feed to ensure a pathogen free product is consumed.
This article considers the component parts of disease transmission, how it applies to the pig feed ingredient supply chain, and how manufacturers of final feed can mitigate the risk of disease transmission through contaminated ingredients.
In this series of articles, we will review some important disease transmission events that occurred through the feed supply chain and we will outline the characteristics of a comprehensive feed biosecurity program that considers the biosecurity of feed ingredients and also the milling and delivery processes.
An easily performed vehicle traffic analysis can dramatically minimize the risk of cross contamination into your swine facility decreasing potential disease challenges.
The transmission of PEDV through the feed supply chain is an example of a complex disease transmission pathway that triggered swine feed industry stakeholders to collaborate in understanding and addressing the risk factors.
Many swine production units in North America have incorporated fumigation rooms into their barn design.
Studying the pattern of traffic flows for your production site is important when designing your “bioexclusion” game plan.
Many of these tools are difficult to clean and, in many cases, they may be damaged by water, soap, and disinfectants.
The farm, with an elevated number of animals, had been experiencing for several days an increased number of births in gestation on the weekend before moving the sows to the farrowing pens. Mortality in these births was 100%.
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