The staff at Four Star Veterinary Service (FSVS) has expanded with the addition of three veterinarians to help handle their swine-focused, diverse client base. FSVS now includes 20 veterinarians who work from seven clinic locations in Indiana, Ohio, Michigan, Pennsylvania and North Carolina.
Two veterinarians joined the Minton Veterinary Service, Inc. in Chickasaw, Ohio, and one veterinarian joined Stoney Creek Veterinary Service & Consultation, P.C. in Farmland, Indiana.
Chapman joins Minton Veterinary Service
Bryant Chapman grew up on a family farm at South Rockwood, Michigan. He attended Michigan State University (MSU) for his undergraduate degree and was involved in feedlot and swine research. He also was active in livestock judging and became a member of the 2015 MSU Livestock Judging Team.
Bryant then attended Virginia Maryland College of Veterinary Medicine and earned his Doctorate of Veterinary Medicine in 2020. He joined the FSVS staff at Minton Veterinary Service, Inc.
Gellert joins Chickasaw clinic
Trey Gellert comes from an Angus cattle farm in southeastern Indiana. While attending Purdue University, he became involved in boar research and worked on breed-to-wean sow farms.
Trey was accepted into Purdue’s College of Veterinary Medicine and focused on cattle and pigs. He gained experience in veterinary school by working at large-animal practices including the FSVS clinic in Chickasaw, Ohio. After receiving his Doctorate of Veterinary Medicine in 2020, he also joined the FSVS staff at Minton Veterinary Service, Inc.
Brown joins FSVS clinic in Farmland
Daniel Brown grew up on a beef, hog and crop farm in Fort Worth, Texas. He moved to Illinois and attended the University of Illinois College of Veterinary Medicine. During veterinary school, he interned at several major commercial swine operations and swine-focused veterinary clinics where his interest in commercial swine production and population-based medicine grew.
Daniel received his Doctorate of Veterinary Medicine in 2020 and joined the FSVS staff at Stoney Creek Veterinary Service and Consultation, P.C. in Farmland, Indiana.
By Brad Schmitt, DVM, Four Star Veterinary Service, LLC
Brad Schmitt, DVM
Where there are dairies, there will undoubtedly be bull calves. It’s what we make of those calves that differentiates progressive dairy farmers from the rest. In the past, bull calves were seen as an inevitable byproduct of the dairying process, but that ideology has since evolved. Dairy bulls now go on to be reared for either high quality veal or “dairy beef,” which there is great consumer demand.
To ensure that this demand continues, we need to remain vigilant in producing a safe and healthy product that consumers can trust. This requires health maintenance from birth to harvest, as well as judicious use of antibiotics in order to maintain consumer confidence.
Maintaining health
Whether a heifer or bull, the calf is contributing to our food supply and should be given every possible opportunity to thrive. From the time the calf hits the ground, to when it leaves the dairy farm is arguably the most critical period in terms of setting that calf up for a lifetime of health and productivity. Regardless of sex, calves should be treated with identical husbandry practices. Vaccination strategies will vary, but basic husbandry needs to be the same. Here are a few non-negotiables:
Colostrum
Timely colostrum intake is crucial for immune development, as calves are born with naïve immune systems. Unless administering oral vaccines at birth, colostrum or quality colostrum replacer needs to be the first thing that enters the stomach. A good rule of thumb is to feed at least 2 quarts by 2 hours of age, followed by another 2 quarts by 6 hours. This allows for adequate absorption of maternal antibodies, which will protect the calf in the short term and set the stage for long-term immunity. Ensuring early colostrum intake prevents Failure of Passive Transfer of Immunity (FPTI), thereby greatly reducing treatments, morbidity, and mortality after leaving the dairy.
Navel care
It’s important that navels are dipped shortly after birth, creating a barrier between the umbilicus and any environmental pathogens. Use of a 7% iodine tincture or chlorhexidine/alcohol product disinfects the navel and accelerates drying of the cord to prevent future infection; don’t hesitate to repeat this action if necessary. By dipping, rather than spraying, we avoid the “shadowing effect” and make certain that the entire navel is coated. Proper navel care effectively reduces the incidence of septicemia, septic arthritis, and umbilical hernias.
Suitable environment
The first week of life is stressful enough without having to battle the elements. Minimizing environmental stress by providing a warm, dry place for the calf to lay goes a long way towards health and welfare. Shade, bedding, wind blocks, etc. should be strategically used for both heifers and bulls. Keep in mind that the thermoneutral zone for a newborn calf is between 55-70 oF; any variance from this, and they’re expending valuable energy to heat or cool themselves. Two areas of focus are bedding and ventilation management. By maintaining clean, dry bedding, navel infections are greatly reduced and significantly less body heat is lost through conduction. Appropriate ventilation directly affects respiratory health; by getting down to the calf’s level, we can determine if air exchange and ammonia levels are within acceptable limits.
Maintaining consumer confidence
It will come as no surprise that plant-based protein has continued to gain market share in recent years. The Good Food Institute has cited a yearly increase in plant-based “meat” sales of about 18% since 2017. As more options become available to consumers, we in the animal agriculture industry must continue working to instill confidence in our rearing practices and final meat products. This boils down to upholding welfare standards and avoiding drug residues, two topics that should not be taken lightly.
Welfare
If you see something, say something. The vast majority of producers take excellent care of their animals, practicing proper welfare with pride. Unfortunately, a few bad apples remain and give the industry a black eye from time to time. When willful acts of abuse or neglect are detected, it’s important that we address them immediately to prevent future incidents.
See it? Stop it! is a resource to share with your employees. To confidentially report concerns, call the See it? Stop it! hotline at 833-207-7457 or email: info@seeitstopit.org.
Drug residues
Labeling meat as “Antibiotic-Free” and “No Antibiotics Ever” has become a popular marketing tool because it conveys a sense of safety to the consumer. We in the animal agriculture industry know well that all meat going into the food supply is free of appreciable amounts of antibiotics, as long as appropriate withdrawal times are observed. Alarmingly, drug residues are still commonly detected in cull dairy cows and bob veal, as referenced by the 2019 USDA National Residue Program. It’s our responsibility to prevent drug residues, so that we may continue using these valuable tools in the future.
The United States FDA outlines a T.A.L.K. method for preventing drug residues.
T: Talk with your veterinarian before giving any drug to your animals.
A: Ask if the drug is FDA-approved for use in food-producing animals. Extra-label drug use should only occur under the order of a veterinarian, who is responsible for establishing an appropriate withdrawal time.
L: Look at the label. Know the drug you are giving and the approved dosage regimen. This includes dose, frequency, duration, and route of administration.
K: Keep complete treatment records. It’s important to know which animals were treated, what drug was used, dosage regimen, why they were treated, and when the specified withdrawal time allows those animals to be harvested.
These basic health and welfare routines are required by both Veal Quality Assurance (VQA) and Beef Quality Assurance and are expected of every producer. Proper care and attention early in the calf’s life is vital for success after leaving the dairy, whether it goes on to become a replacement heifer, dairy beef, or veal. By producing healthy animals in a responsible manner, we can continue to secure our place in the protein market.
The Healthy Veal Calves Start at the Dairy on Day 1 infographic is available by clicking here.
More information on dairy calf care and VQA resources are available on www.VealFarm.com
This article, Bull Calves: Maintaining Health and Consumer Confidence, is provided as part of the Veal quality Assurance Program outreach efforts funded by the Beef Checkoff.
Eliminating porcine reproductive and respiratory syndrome virus (PRRSV) from pigs might not yet be possible, but monitoring tools could help refine a herd’s PRRSV stability.
TOOLBOX, Issue 23: Noel Garbes DVM, senior technical services veterinarian, Zoetis, recently talked with editors of Pig Health Today about monitoring swine herds for PCV2.
The system used to classify breeding herds according to their PRRSV status has long helped swine veterinarians around the world to track the pathogen’s progress.
A special report from Pig Health Today, “Integrated Flu Management: New Strategies for Control,” reports on key presentations by experts in influenza A virus in swine (IAV-S) and features highlights of a roundtable involving swine practitioners.
TOOLBOX, Issue 22: David A. Baumert, DVM, Senior Area Veterinarian, Pork Technical Services, Zoetis, recently talked with editors of Pig Health Today about Mycoplasma elimination vs control.
Colostrum is vital to piglet survival but managing intake may benefit from some fresh thinking, according to Kara Stewart, associate professor of animal science at Purdue University.
DISCOVERIES, Issue 22: A robust body of research explains the efficacy of Excede® for Swine (ceftiofur crystalline free acid) against four of the bacterial pathogens associated with swine respiratory disease.
Pig health and performance begin with the sow, which is why it’s critical for caregivers and production managers to evaluate each sow’s health, body condition, comfort, behavior and well-being as part of their daily routine. “By training workers, we can help them reduce sow mortality rates and culls, improve sow performance, stabilize the health status […]
DISCOVERIES, Issue 20: Pigs with swine respiratory disease due to Actinobacillus pleuropneumoniae were treated with Excede® for Swine (ceftiofur crystallinefree acid) or enrofloxacin in a comparative challenge study.
DISCOVERIES, Issue 24: An analysis of three similar injectable antibiotics used for swine respiratory disease pathogens demonstrates that resuspension times can differ substantially.
US producers and veterinarians have seen an influx of different types of influenza viruses in the last 10 to 15 years, and that is a major reason why influenza is more difficult to control.
Water doesn’t get the attention it deserves because it is abundant, easy to access and inexpensive, but that will change in the future, said John Patience, PhD, professor at Iowa State University.
DISCOVERIES, Issue 18: Obtaining cycle threshold (Ct) values based on processing fluids provides a practical way to identify neonatal pigs at risk for nursery mortality associated with PRRS and can help determine when vaccination is worthwhile.
Multi-disciplinary collaboration by academia, industry partners and the veterinary community is improving the diagnostics for and management of S. suis.
DISCOVERIES, Issue 21: A recent analysis of porcine circovirus type 2 (PCV2) genetic sequences shows that up to 25% of field strains are recombinants of diverse genotypes, highlighting the importance of broad protection when selecting a PCV2 vaccine.
According to research, swine influenza A viruses have become more complicated in recent years. There is a great deal of diversity within the influenza virus.
The “Five Freedoms” have been the foundation for establishing sound animal welfare practices since they were developed in 1965. Now, more than 50 years later, researchers have additional tools and technologies to take that basic knowledge a step further.
DISCOVERIES, Issue 19: PRRS has been described as one of the most important swine diseases of the last half-century. An estimated 20% to 25% of herds are still affected, and the syndrome remains the US swine industry’s most costly disease.
In the end, raising hogs is about producing pork, and continuous success depends on building customers’ trust, listening to expectations and meeting their needs.
Biosecurity protocols are critical to keeping the US hog herd healthy, and one of the regular tasks is to disinfect a wide range of supplies entering the farm, but how effective are those protocols?
A romanticized view of the veterinary profession, gleaned from sources like the famous Brit, James Herriot’s novel “All Creatures Great and Small,” doesn’t always mesh with the reality.
Pain management for pigs has always been a challenge, partly because it’s difficult to measure levels of pain and partly because there are no FDA-approved drugs labeled for pain management in pigs.
Piglet processing fluids have been shown to be a practical, time-efficient and affordable diagnostic tool for PRRS, and some indications suggest that PCV2 offers promise as well.
US pork producers should strive to produce influenza-negative pigs if they want to see the benefits of increased productivity, reduced secondary infections and antibiotic use, reduced influenza dissemination, decreased influenza diversity and reduced risk of zoonotic infections.
The farrowing room is a demanding place — one that needs to accommodate the divergent needs of a 500+-pound sow and her 10, 15 or 20 piglets weighing anywhere from 1.5 to 3 pounds.
COVID-19’s global-altering tentacles reached the 2020 Allen D. Leman Swine Conference scheduled Sept. 19-22. This year’s conference will be held virtually.
The first case of Streptococcus equi subsp. zooepidemicus (Strep. zoo) was identified in the US pig population last fall, and it’s not an organism to be taken lightly.
Sow mortality has been on the rise in the US pork industry, reaching upwards of 15% in many sow-production systems, said Ashley Johnson, DVM, technical services veterinarian with Zoetis.
Whether the issue is an emerging disease such as porcine epidemic diarrhea or the threat of African swine fever, being prepared is key to minimizing the potential impact on the US swine herd and expediting the recovery.
Veterinarians deal with stress under the best circumstances. But in this time of difficult decisions for pork producers and those who service them due to COVID-19, maintaining mental health is even more of a concern.
Nine years of data from the Morrison Swine Health Monitoring Project show farms with air-filtering systems have fewer outbreaks of PRRS than farms without filters.
For both the sow and piglet, an animal that does not perform to its potential or falls behind its counterparts will negatively impact the sow farm’s productivity and profitability.
Clinical problems in swine due to antimicrobial-resistant infections are rare. In fact, patterns of resistance in swine have been stable for a long time.
Many sow farms have undergone M. hyo elimination within their breeding herd, which makes it critical to understand the potential transmission risk from boar studs.
Few things remain the same for long on a hog farm. By the very nature of today’s production system, pigs are continuously moving on or off a site. One thing that remains constant is Strep suis.
Effective PCV2 control relies on vaccination of healthy pigs before they become infected. This goal cannot be accomplished in unstable herds whose sows give birth to viremic pigs.
Porcine circovirus type 2 is the principal etiological agent of porcine circovirus associated disease (PCVAD), which can cost producers an estimated $3 to $4 per pig.
Streptococcus suis (Strep suis) is becoming more prevalent and more complex in US swine herds. The coccoid-shaped, Gram-positive bacterium is also a zoonotic disease, capable of transmission from pigs to humans.
When it comes to porcine reproductive and respiratory virus it’s important for the veterinarian and farm personnel to know the health status of a herd or barn.
