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The editors of Pig Health Today are acutely aware of the hardships facing the pork industry as it responds to plant closures, labor shortages and other challenges resulting from the pandemic.

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8 key factors drive success when raising pigs without antibiotics

A cluster of hog farms raising pigs without antibiotics developed in southeast Pennsylvania where hog operations tend to be small and expansion limited. The producers here recognized that this was a way to stay viable raising hogs without getting bigger.

Helping many of these operations make the switch to producing hogs without antibiotics is Michael Pierdon, VMD, veterinarian with Four Star Veterinary Service, Elizabethtown, Pennsylvania.

Pierdon says the decision to enter into hog production without the use of antibiotics should not be made lightly. Producers need to recognize there will always be health challenges. The goal is to resolve those challenges as they arise and not let them become a “gradual increase of endemic disease that makes antibiotic-free production untenable,” he added.

Based on his experiences, Pierdon recommends eight key factors that drive success in hog production when not using antibiotics.

1. High health status

Breeding stock and pig flow should be negative for these diseases: porcine reproductive and respiratory syndrome virus, porcine epidemic diarrhea virus/porcine delta coronavirus, actinobacillus pleuropneumonia and swine dysentery.

Other disease such as Mycoplasma hyopneumoniae (M. hyo) and influenza A (IAV) are ideally excluded from pig flow but are more easily managed with vaccination than other diseases.

2. Strict biosecurity

Excellent biosecurity is needed to prevent disease introduction.  If the most severe diseases are kept out, other endemic diseases are more easily managed through a combination of appropriate gilt acclimation, vaccination protocol, pig flow and husbandry.

3. Gilt acclimation

When possible, use replacement stock from the same source used to originally populate the barn.

Gilt facilities on breeding farms should allow a 2- to 4-month acclimation period when diseases like IAV and M. hyo are present.

Internal development of replacement animals is a good way to manage exposure and acclimation of replacement stock, as long as external disease introduction is minimized.

4. Vaccination

A vaccination program that creates a diverse, robust immunity is key to preventing the emergence of disease. Vaccinations should address all endemic diseases present in the breeding herd and pig flow, as well as diseases that the pigs will likely encounter downstream.

Breeding herd vaccinations should include porcine circovirus type 2 (PCV2), M. hyo, influenza, parvovirus/leptospirosis/erysipelas, Haemophilus parasuis and Salmonella.

Growing pigs should be vaccinated against PCV2 and M. hyo along with ileitis. Additional vaccinations frequently are necessary to control Salmonella, E. coli, erysipelas, Pasteurella/Bordetella and IAV.

Vaccination protocols should maximize immune response. This means vaccinating at the correct age with full doses and using two-dose protocols when necessary and recommended.

5. All-in, all-out pig flow

Pierdon suggests using batch farrowing on sow farms and all-in, all-out pig flows on grow-out sites to allow the elimination of diseases that emerge in the normal course of production.

Large populations impact health, too. He recommends setting up systems to minimize the number of pigs at one site without sacrificing the economies of scale needed to be sustainable.

He recommends keeping sow farms at 1,400 head or less and on a 4- or 5-week batch system with each group flowing to distinct grow-out sites that are emptied after each turn.

6. Barns designed for comfort

Barns used for raising pigs without antibiotics must allow for optimal husbandry conditions. Proper ventilation and temperature regulation are critical in preventing environmental stressors that can predispose pigs to disease.

Use zone heating, mats, hovers, etc., to manage the microenvironment for pig comfort. Water systems should allow routine use of oral vaccines and supplements. Water treatment systems may be needed in some areas to control pH and bacteria.

Smaller, conventional penning with 20 to 30 pigs per pen is better than large pen designs.

In hospital pens, create a separate drinking system to provide oral antibiotic treatment. An individual, moveable, gate-mounted, gravity-fed drinking system is recommended.

7. Producer engagement

“Producer engagement is key to the success of the growing pigs, particularly in the nursery phase,” Pierdon said. “Careful attention to requirements for environmental management and for individual pig care are required in order to optimize success.”

He also recommends making the training of animal caretakers take high priority. The time and resources invested in training will help keep caretakers engaged and motivated.

8. Veterinary oversight

Veterinarians have a key role to play in hog systems not using antibiotics. “Prompt, accurate diagnosis of disease challenges and timely, targeted treatment can often prevent the need for mass medication,” Pierdon said.

“Responsibility for this oversight cannot rely on lay staff,” he added. “Veterinarians have training and expertise that allows them to view the ‘big picture’ and identify not just the disease challenges present but also the factors that predispose those diseases.”

In addition, regular veterinary visits to the production sites help ensure proper medical care of all animals when necessary.

“Our responsibility is to advocate for the animals under our care,” he explained. “This includes promptly initiating antibiotic treatment when necessary and broadly enough to prevent disease outbreaks that compromise animal welfare.”

 




Posted on February 18, 2020

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