Tom:                            Paul Groenewegen is the director of innovation and nutrition at Masterfeeds, Inc., an Alltech company. He’s joining us for a look into the question: more pigs, more problems? Thanks for joining us.

Paul:                            Thanks for having me.

Tom:                            What would you identify as the current big disruptor in the swine industry?

Paul:                            The big disruptor right now is keeping as many piglets alive as possible and getting them to market quickly. Our genetics companies have done an incredibly good job at allowing us to have prolific animals. Sows can now have lots of baby pigs. The key is how we get those pigs to market and how we make sure those pigs are of the best quality for consumers.

Tom:                            What does increased pork production mean for the global industry in 2017?

Paul:                            Increased pork production means a greater supply of high-quality protein in the form of bacon, ham, sausage — anything you can get from a pig — for an ever-increasing population and a more affluent society.

Tom:                            Are more piglets per sow sustainable?

Paul:                            Absolutely. When I started in the industry 30 years ago, if you could wean 20 pigs per sow per year, you were doing an excellent job. You were an industry leader.

                                    Now, if we look at countries like Denmark, their industry average of pigs per sow is in the mid-30s. Suddenly you’re producing 50 to 60 percent more pigs per sow per year than were produced a mere 30 years ago. So, that is extremely sustainable. Where the end is, we’re not quite sure. As of right now, it’s very sustainable, and it is an industry necessity to continue producing more and more pigs per sow per year.

Tom:                            What are the consequences of more piglets per litter?

Paul:                            Variability. One of the largest challenges we have in animal agriculture today is variability of animals within a group. So, if you have 16 to 18 piglets in a litter, you’re going to have ranges in weight from 500 grams to about 1.5 kilograms. The average may be 1.1 kilograms to 1.2 kilograms, but you have some very small pigs.

            The real challenge is not only from the survival perspective of those piglets, but also how we allow those piglets to survive and make it to market economically.

                                    We are also concerned with how the piglets are raised in utero, making sure that muscle fiber development is ideal for product quality when they go to market.  

Tom:                            How do producers find a balance between quantity and quality?

Paul:                            It’s a fine balance. As management and nutrition have continued to improve along with genetics, producers are learning ways to increase the number of piglets weaned per sow per year. They are always driving for more piglets, obviously, but the key is management, housing, sanitation and the health of these animals. Improving on those attributes is key to allowing those piglets to survive.

Tom:                            Why is weaning such a critical time?

Paul:                            Well, it’s a critical time because you’re going to change the diet of the baby pig from a milk-based diet to a dry feed-based diet. And there are big implications on the gut of the pig and the gastrointestinal tract. We get villous atrophy. We get different things happening as feed intake drops.

                                    It’s a whole social order as well. So, you have 12 to 14 piglets in a litter. Everyone knows one another. They get weaned. They get taken to a facility where all of a sudden they could be with 30 or 40 others. They’re mixed by size because it helps from a production perspective. So, there’s a whole new social order that’s required.

                                    Mom is no longer there. It’s a fact of life. And they have to learn to eat out of a feeder. They have to learn to drink out of a water bowl. They have to learn to do things differently, and that’s why it’s such a huge challenge for these pigs. In some cases, they’re trucked a long way. In the old-fashioned farrow to finish operation, you would run the piglets down the hallway to the nursery. Now, you put them on a truck and you may truck them one or two hours to the barn. That’s a huge stress on those pigs. But, from a nutrition management, health and welfare perspective, farmers are doing an excellent job to make sure all those pigs survive and do the best they can.

Tom:                            What should producers be paying attention to during this critical time?

Paul:                            I would say one of the most critical things is making sure mom is looked after. Everything that you want the piglet to receive comes through mom in the first three to four weeks of life, before weaning. Make sure the sow’s nutrition program is fully implemented and that the sow can transfer trace elements like selenium to the baby pig, which they really require around weaning time.

                                    Make sure technologies in the feed increase immunoglobulins in the colostrum. As litter size increases, we want mom to produce more colostrum so that all piglets get the same amount and quality. Start with how the sow is treated, from gestation to lactation, to give the piglet the absolute best start. Look after the other details once they get to the nursery.

Tom:                            What lessons can we learn from human infant formulas for pork feed formulas?

Paul:                            That’s a great question because pigs have been used as a model for human infants for years. In fact, I worked with a university professor who spent his whole career using baby pigs as models for human infant formula development. As we enhance human infant formulas and look at technologies such as different types of structural carbohydrates or DHA and selenium, we can learn from those formulations and apply them to baby pigs.

                                    We want the diet that piglets receive after weaning to deliver nutrients in the most bioavailable form, enhance gut development and overall performance, and to increase survivability.

Tom:                            You’ve brought up colostrum. How do we ensure for piglets that they receive an adequate supply?

Paul:                            There are on-farm techniques that can be used such as split-suckling, analyzing litter size and the duration of farrowing time. Obviously, the first pig born has a better opportunity for receiving colostrum than the last pig born. But, there are management techniques that ensure each piglet gets the same amount of time with mom to access as much colostrum as they can.

                                    Also, technology can be used in sow feed to enhance colostrum production. Research shows that by using some Alltech technologies, we can increase colostrum production and also increase immunoglobulin concentration of that colostrum. We’re ensuring that even in bigger litters, all piglets are getting the same amount of higher-quality colostrum, which leads to increased survivability and increased weaning weights.

                                    Pigs never overcome a bad start. If we can get the baby pig off to a good start with colostrum via the mother sow, then we’re off to the races!

Tom:                            What is lactoferrin, and why is it important?

Paul:                            Lactoferrin is a protein that’s required for iron absorption and gut development within the baby pig. It’s one of the proteins found in milk.

                                    New research shows that when lactoferrin is available in the post-weaning diet, it continues to enhance gastrointestinal function. When you enhance gastrointestinal function and development, the baby pig will absorb more nutrients of high-quality feed.  

Tom:                            What about DHA?

Paul:                            Again, since baby pigs are used as models for humans and vice-versa, we know that human infants and baby pigs both require DHA for overall health. DHA enhances the function and development of central nervous system tissues and promotes the general welfare of pigs.

Tom:                            We’ve talked about colostrum. We’ve talked about lactoferrin. We’ve talked about DHA. What about nucleotides? Why are they important?

Paul:                            Nucleotides are the building blocks of DNA. We know that the baby animal already produces some nucleotides. But to support fast-growing intestinal cells, we should also provide nucleotides.

                                    As intestinal tissue grows very rapidly in a young animal, we need to supply enough nucleotides to build the DNA, to build the tissue, to build a more functional gastrointestinal track so that the pigs can absorb more nutrients from their diet.

Tom:                            What would you say is the ideal starter diet for piglets?

Paul:                            The ideal starter diet is high in digestibility, contains functional proteins and contains nutrients like nucleotides and glutamic acid, which is the primary energy source of the developing enterocyte. We want to make sure we support gut development as quickly as possible. We’re looking for diets with highly palatable ingredients and diets that contain other functional nutrients like lactoferrin to drive absorption and the development of the gastrointestinal tract.

                                    An overall ideal diet should improve intake and digestibility while reducing nutritional inadequacies and disorders.  

Tom:                            Given everything that you’ve just discussed, can producers continue to decrease production cost without affecting performance?

Paul:                            To a point, I believe we can. As we increase pigs per sow per year, our cost per piglet weaned will go down. You’re going to spend more money to have a better sow diet, but your overall cost of production per sow or per piglet weaned per sow will go down.

                                    Then, as we enhance the starter diets post-weaning, we are going to improve nutrient absorption. It becomes a cycle: As we provide functional nutrients in a diet to drive gut development, that enhanced, developed gastrointestinal tract then absorbs more nutrients out of the diet.

                                    Subsequently, we know that the faster a pig starts post-weaning, the faster they go to market. That will reduce cost of production overall.

Tom:                            Based upon that, as the global population increases and as parts of the world such as India and Africa enter the middle-class, how are we going to meet the increased demand for pork? You’ve addressed efficiency. Are there other ways to meet that demand?

Paul:                            When you think about it, there are approximately 100 million sows globally. If a sow has two litters per year and we save just one pig per litter from dying of inadequate nutrition, we’re talking about 200 million more pigs available to consumers.

                                    By enhancing nutrition to allow for increased survivability of piglets, those 2 million additional pigs provide high-quality protein to the ever-growing population.

Tom:                            Bringing this home and considering all the aspects of the life cycle of a pig, how do these changes affect the average consumer’s kitchen table?

Paul:                            What we’re going to have is high-quality pork raised with the utmost humanity at a very affordable rate for our consumers.

Tom:                            Are there any other trends, any other things that we should be paying attention to in the swine industry?

Paul:                            I think the big trend to focus on is the advancement of nutrition, management and genetics. We have to make sure nutrition management keeps up with the ever-changing acceleration of genetics. By utilizing technologies like we’ve discussed today, we’ll provide the nutrients required by faster-growing, more efficient pigs and continue to produce that high-quality protein that the consumer demands.

Tom:                            Paul Groenewegen, director of innovation and nutrition at Masterfeeds, Inc., an Alltech company. Thanks for joining us.

Paul:                            Thank you.

Paul Groenewegen spoke at ONE: The Alltech Ideas Conference (ONE17). To hear more talks from the conference, sign up for the Alltech Idea Lab.

How many of us floss daily?

How many of us are brushing our pet’s teeth?

We have good intentions. We buy the floss for ourselves but don’t use it regularly. We may even add the doggie dental care kit to our Amazon order, but we have a hard enough time taking care of our own teeth (ahem, unused floss). In fact, according to Packaged Facts, only 20 percent of dog owners and 11 percent of cat owners brush their pet’s teeth at all!

If you’re on the receiving end of doggie affection, you know why this is important. No one likes bad breath, even if the offender is your best fur friend.

Pet maladies: A malodorous cue?

But bad breath is more than just offensive to us; it can be an indication of a more serious health issue.

According to Banfield Pet Hospital’s State of Pet Health Report 2016, 76 percent of dogs and 68 percent of cats are affected by dental disease, which not only impacts the teeth, gums and mouth, but can potentially affect a pet’s heart, liver and kidneys.

Brushing and professional teeth cleaning are key to oral and dental health, but treats, chews and supplements can also play a significant role. Building a pet’s immune defenses with the right nutrition is critical for oral health.

Perfecting your pet’s pearly whites

The form of the pet diet is important. Hard kibble cleans teeth better than wet foods.

Composition is also critical. Nutrition influences tooth, bone and mucosal integrity, oral bacterial composition, resistance to infection and tooth longevity.

A nutritionally adequate diet will prevent any mineral or vitamin deficiencies, but we can do better. By providing our pets with ingredients that support immunity, prebiotics like Bio-Mos® and probiotic bacteria help support gut health and nutrient absorption. Bio-Mos is designed to feed the gastrointestinal tract, promoting beneficial bacteria and building natural defenses.

Feeding organic trace minerals like Bioplex® and Sel-Plex® ensure our pets absorb the minerals in a way that their bodies can fully utilize. Immunity starts in the gut, but it affects a pet’s entire body, including its oral and dental health.

Place that Amazon order for a doggie or kitty dental care kit, but don’t ignore what’s going into the food bowl. Supporting immunity from the inside out through nutrition is a crucial step in keeping breath fresh and preventing dental disease.

Your pets will appreciate it, and the resulting kisses will be a little more pleasant for you, too!

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WHAT: Join Dr. Roger Scaletti, Alltech mineral management program technical support and sales for North America, for a live webinar covering trace minerals, their role in livestock health and performance, and how they can be used to optimize herd health, udder health and reproduction. Scaletti will also discuss how to choose the right mineral and how form can play a substantial role in mineral retention.

Scaletti received his bachelor’s degree in animal science from Pennsylvania State University in 1995 and his Ph.D. in animal science from the University of Kentucky in 2003. He has traveled around the world to discuss mineral nutrition and mastitis.

WHEN: Thursday, Aug. 3, 2017

2:00 p.m. ET

WHERE: Reserve a spot now via this link. If you are unable to attend the live webinar, you can register via the link to receive the recording.

OTHER: Scaletti’s presentation will be followed by a live question-and-answer session.

Doctoring calves is never easy. Doctoring lots of calves is a nightmare. For producers, nothing takes more time or creates more stress than seeing sick cattle. So how do you get ahead of the problem and address herd health and immunity before it's too late?

In a recent webinar, Dr. Kate Jacques, Alltech’s director of nutrition, shared how to bolster herd immunity and increase profitability.

Strike Out Scours, Fight Down Stress Webinar

Key tips for bolstering your herd’s immunity

Identify stress points

When it comes to boosting immunity, “Stress is the enemy,” said Dr. Jacques. Scours, respiratory issues or decreases in dry matter intake are all indicators that cattle may be stressed.

The first thing to do is identify the source of stress. Common stress points include:  

• Weaning
• New pens, chutes or feed bunks
• Movement through marketing channels
• Shipment – both to pasture and feedlot
• Diet changes

Keeping cattle healthy and maximizing growth means getting them through a number of crunch points before finish. Rethinking how to best handle these stressors is a continual process, but it is critically important to do so to keep immunity high.

Boost gut health through nutrition

Feeding some form of starch, fiber, protein and mineral is typical in most rations, but realizing the opportunity other nutrient forms can play shouldn’t be overlooked. 

Bio-Mos® provides a new perspective on carbohydrate nutrition. Bio-Mos is in a unique class of functional feed ingredients able to play a positive role in gut health.

“If you can reduce challenges to the intestine, you can promote a healthy gut, and that’s exactly what Bio-Mos does," said Dr. Jacques.

For over 20 years, Bio-Mos has been Alltech’s trademark technology. Studied in more than 733 research trials, it has been proven to aid nutrient uptake while also binding potentially harmful gut bacteria to drive growth and performance at all stages of production.

Put a plan in place; Act on it

At the end of the day, there’s a tension between knowing something is a best practice for your operation and actually doing it.

Dr. Jacques stressed that producers need to be strategic and that waiting to spot a problem means that profits have already been lost. To best boost immunity, analyze your operation’s potential stress points and use technologies like Bio-Mos in the ration before a gut health or immunity challenge. 

Trust that with proper management and nutrition, profits will follow. Like thousands of others across, producers such as Clifton Goff of B-Gee Angus in Nebraska have seen the benefits of having a plan and using Bio-Mos. He explains that by using Bio-Mos they’ve, “got a healthy herd of calves running, and I haven’t dealt with anything respiratory.”

By being proactive, you can fight a mess of stress in your operation and boost your herd’s immunity. To learn more about how Bio-Mos might benefit your beef cattle, visit bio-mos.com or contact beef@alltech.com.

Have a question or comment?

The diversity of a pig’s microbiome, or their gut’s “ecosystem”, varies along the different regions of the gastrointestinal tract, with some regions having less tolerable conditions and containing reduced microbial diversity in comparison to regions that are more favorable to microbial growth.

The challenges of modern production practices can restrict the diversity of the gastrointestinal microflora, in some instances resulting in an unhealthy imbalance, which can lead to the development of a vicious cycle of pathogen colonization and recolonization.

Producers must utilize nutritional strategies, with additional improvements in hygiene and husbandry to address the issue of antibiotic use in animal production.

During a webinar held in conjunction with Pig Progress, Dr. Richard Murphy, research director at Alltech’s European Bioscience Centre in Dunboyne, Ireland, discussed the nutritional rehabilitation and repair of the intestinal microflora in pig production.

“Gut health and its management is an intricate and complex area governed by numerous factors, including nutrition, microbiology, immunology and physiology,” said Murphy. “When gastrointestinal health is compromised, nutrient digestion and absorption are affected, feed conversion becomes reduced and susceptibility to disease is heightened, ultimately resulting in a negative economic impact.”

Diversify and repair the pig microbiome for strengthened immunity

Murphy highlighted that the diversity of the microbiome plays a critical role in gut health, with beneficial microbes forming a protective barrier lining the gut that prevents the growth of pathogenic bacteria such as Salmonella, Campylobacter, Clostridia and Escherichia, amongst others.

Microbial diversity: The key to gut health

Murphy discussed four ways to rehabilitate the intestinal microbiota:

• Normalize gut microflora: Enhance microbial diversity
• Shift the balance: Reduce pathogen load
• Break the cycle: Decrease antimicrobial resistance
• Feed the recovery: Enhance nutrient digestibility

One way to address microbial repair is to use a feed supplement that focuses on diversifying and stabilizing the gut microflora. Mannan-rich fractions (MRFs) isolated from the yeast cell wall as a functional ingredient are currently being used for microbial control.

“The effects of MRF supplementation on health and performance have been studied comprehensively, and they have proven effective at improving weight gain and feed conversion efficiencies while also protecting against pathogen colonization of the gut,” stated Murphy.

Optimal pig performance begins in the gut

By making changes in the overall microbial diversity within the gut, we can aim to repair and rehabilitate gut microflora, thereby reducing pathogen load, enhancing resistance to pathogen colonization and reducing the abundance of antibiotic-resistant strains.

Improving our understanding of how changes in the gastrointestinal tract’s bacterial composition contribute to host health and performance is critical.

Alltech’s Antibiotic Reduction Programme supports European producers as they transition their animals to minimize antibiotic usage while maintaining health and productivity. The programme includes preventive medicine, management and nutrition solutions to minimize antibiotic use on pig farms. If you would like more information on the Alltech Antibiotic Reduction Programme, please click here.

To watch Dr. Richard Murphy’s microflora webinar with Pig Progress, please click here.

I would like to learn more about supporting pig health. 

[DUNBOYNE, Ireland] – Dairy producers strive for long-term production and productivity with their herd, right from the start, and the pre-weaning growth of a dairy calf is a good indicator. While diarrhoea is one of the most common antagonists in issues with poor digestion and weight gain in calves, supplementing with Bio-Mos® has been shown to enhance performance and improve gut health.

A recent meta-analysis conducted by Dr. Anna Catharina Berge of Berge Veterinary Consulting BVBA concluded that Bio-Mos® supplementation in milk or milk replacer increased daily weight gain in dairy calves. These trials revealed, on average, 0.14 pounds improved weight gain per head per day in pre-weaned dairy calves, which corresponded to 8.37 pounds increased weight for calves weaned at two months of age. The long-term improved performance in heifers with improved pre-weaning growth would be equivalent to 220 pounds more milk in the first lactation, generating additional farm income, and improving gut health and digestive function.

“The results are a significant improvement in average daily weight gain,” said Aidan Connolly, chief innovation officer and vice president of corporate accounts at Alltech. “This improvement leads to greater returns for the producer through enhanced milk production, health and development, and long-term productivity.”

The meta-analysis included 23 cohort studies performed in the U.S.A., the United Kingdom, Brazil, Chile, the Czech Republic, India, Japan, Peru, Poland, Spain, and Turkey between 1993 and 2012. Bio-Mos was supplemented at 2–10 grams per day, with an average inclusion of 3.8 grams per day. Twenty-one of the studies reported an increase in daily weight gain for calves fed Bio-Mos in milk or milk replacer compared to control calves.

For more information on Bio-Mos, visit http://go.alltech.com/bio-mos.

There is a global movement to reduce antimicrobial use in livestock production. Antimicrobials have historically been, and are still, used extensively to address gut health issues in piglets, and a major challenge is finding alternatives to antimicrobials in order to support the gut during the period when it is developing. The goal to reduce antimicrobial use should be modified and instead viewed as a goal to produce healthy production systems that support the animal in all stages of production.

In-feed prophylactic antibiotic use in pig production is not used to treat sick pigs — it is used to treat suboptimal production systems. In the Alltech Antibiotic Reduction programme, the first step is therefore to optimise the health of the production system, which will make systematic prophylactic use redundant. Such an approach will not result in increased disease and loss in productivity; on the contrary, productivity will most likely increase, and the reduced expenditures on antibiotics can be invested in other areas in order to optimize the overall welfare and health of the pigs.

A healthy gut is key to a healthy animal, and, increasingly, emphasis is being placed on optimising gut health in our production animals. A healthy gut is not only a gut without disease; a healthy gut is an effective digestive organ that can mount a good defence against disease and easily cope with change. Immunity is the body’s internal defence against pathogens. The presence of disease-causing microorganisms in the gut is not sufficient to cause disease; disease occurs once the pathogen breaks down the gut’s defence. When the gut commensal microflora is out of balance, dysbiosis occurs between the beneficial microbiota and potential disease-causing organisms, and it becomes easier for pathogens to damage the gut’s structures and functions. Prebiotics, probiotics and mannan-oligosaccharides can assist the gut in adapting and minimising dysbiosis.

The establishment and maintenance of good gut function are vitally important in reducing neonatal morbidity and mortality. Neonatal nutrition is a critical component in the establishment of normal gut function, from digestion and absorption to barrier function and the development of the immune system. It is therefore important to ensure good colostrum and milk production in sows as well as good creep feeding.

Weaning disorders are one of the most common, and damaging, problems in pig husbandry, resulting in antibiotics being used post-weaning to protect the stressed gut and immune systems of the piglets. In a healthy production system, it is essential to do everything possible in order to help prepare the piglet for weaning as early as in the farrowing unit. Furthermore, at the time of weaning, it is important to minimise stressors such as transport, comingling of litters, large weaner groups, diet, poor air quality and unhygienic conditions.

Mycotoxins are toxins produced from moulds that cause serious health problems in pig production and can result in severe economic losses worldwide. Due to current climatic conditions and production systems with long distribution chains of feed, the risks associated with mycotoxins in feed and bedding material are high. Intestinal cells are the first cells to be exposed to mycotoxins, and often at higher concentrations than other tissues. Mycotoxins specifically target cells, such as gut epithelium, that have a high protein turnover and protein-activated cells. In order to improve the overall health status of the herd, appropriate measures need to be taken to minimise the exposure of pigs to mycotoxins, particularly in terms of feed storage, feed sourcing and the inclusion of good broad-spectrum mycotoxin binders in the feed.

The aim of the Alltech Antibiotic Reduction programme is to create a consistently healthy pig and make prophylactic and metaphylaxis antibiotic use redundant. This programme can assist the farmer in developing an action plan. Various feed additives and nutritional solutions are valuable tools for gut health in pig production, but these supplements alone are not sufficient for a healthy production system. Many times, there are more difficult steps that must be taken than simply feeding additives, including updates to management routines and resource allocation and needs.

The programme is for pig producers who are interested in achieving higher levels of health in their herd and are committed to taking steps to achieve these goals. Audits to establish the baseline current situation and recurrent audits to monitor progress are important in order to stay motivated and continue a steady rate of progress. The Alltech team assesses the weaknesses and strengths of the production system and sets up an action plan. In addition to gut health and nutrition components, the Alltech Antibiotic Reduction programme audits include evaluations of performance, pig welfare, pig respiratory and systemic health, reproductive performance, management, housing, antimicrobial use, biosecurity and the cost-effectiveness of production. Recommendations include nutritional solutions, management, antimicrobial use strategy, biosecurity measures, reproductive performance and productivity goals in order to optimise pig health at all stages of production. Through this program, producers have not only achieved increased productivity and reduced antibiotic use, but have also found it rewarding to be part of the global action plan to use our valuable antibiotics responsibly in order to ensure their viability for future generations.

To find out more about the Alltech Antibiotic Reduction programme, please visit go.alltech.com/antibiotic-reduction.

“Raising kids isn’t that hard…right?” says someone who has clearly never parented a child before. But is parenting harder than raising healthy calves?

Try having that argument with a producer who has 400 individual cow-calf pairs — not just one or two kids — in the middle of calving season. From the stress to the unpredictability to the effect on his or her bottom line, calving is undoubtedly tough. But the reality is that it’s not fair to compare the two. Parenting children and raising calves are incredible gifts and incredible challenges.

But why do some calves and some kids turn out well while others do not? Is it luck? Or is it something else?

Many beef producers attribute a good batch of calves to favorable weather, a strong market or a list of other factors. Parents, meanwhile, spare no detail (or expense) in attempting to raise healthy and successful kids.

Is it possible for us to pull some truths from parenting that apply to raising calves?

Parenting truths that (wildly enough) also apply to cattle

1) Kids (and calves) need a nurturing environment.

From the moment a mom-to-be learns that a baby is on the way, everything in her life begins to change as plans are made for the newest addition to the family. A bedroom is prepared, a crib is set up and everything the mom eats and drinks is taken into account to prepare for the baby. Parents do all that they can to protect their child and establish a good foundation so he or she can be as healthy and strong as possible.

The same logic can and should be applied to calving. First, from a management standpoint, everything needs to be done to assure the comfort and safety of the cow. This means providing sufficient bedding, creating a clean, bad bacteria-limiting environment and reducing external stresses at all costs for the sake of the new calf.

Nutrition is a second critical component of any healthy calving program. Similar to how many moms-to-be take prenatal vitamins, a quality mineral and nutritional program — especially in the final four to six weeks of pregnancy — is key to delivering quality calves. Technologies such as Bioplex®, Sel-Plex®, Bio-Mos® and Actigen® can all play a central role in a healthy cow-calf management program. Bioplex and Sel-Plex are organic trace minerals formulated to promote the optimal mineral status for cows, which is critical for ensuring immunity and the adequate transfer of nutrients to the calf. Additionally, Bio-Mos and Actigen are industry-leading technologies used to optimize gut health and promote good bacteria both in cows and their calves.

A healthy gut in the cow leads to improved colostrum quality, the all-important first drink for calves that can jumpstart their natural health defense and support overall immunity. Particularly during the first 24–72 hours of a calf’s life, when it must absorb whole proteins, reinforcing nutrient status through technologies like Bio-Mos and Actigen can promote life-long health, which is good news for both the cow and the calf.

2) Even when times are tough, parents (and producers) must trust the process.

There’s a reason they call it the “terrible twos,” and most parents vividly remember their kid’s first out-of-control public temper tantrum. The kicking, the screaming, the unwanted stares from other parents — those moments are intense (especially for a first-time parent), but they can provide insight for cow-calf producers. Parents know this behavior is all part of growing up and requires dedicated, steady and loving parenting.

Every few years, it seems the market for cattle hits a peak high or an all-time low. In both the high and low moments (like when a kid is screaming in public), it is important to remember the impact of tried-and-tested methods, not just the latest fad or quick fix, to drive long-term profitability.

One factor for success in cattle production is using comprehensively researched feed ingredients like Bio-Mos and Actigen. Reviewed in over 734 accredited studies in all production animal species, Bio-Mos and Actigen have more than 20 years of market presence to back their ability to promote both health and profitable returns. By being proactive and utilizing nutrition as a management tool, much like good parenting strategies, an overall platform for success can be created.

3) Kids don’t magically turn into adults at age 18. Calves aren’t automatically ready for the feed yard.

Every parent’s “special little guy or girl” doesn’t simply wake up as a healthy, smart, successful adult on his or her 18th birthday. Every successful adult was molded and nurtured every day for 18 years by those around him or her, especially their parents, before being sent off into the world.

Interestingly, the world of cattle production can and should function the same way. The goal of cow-calf production is to generate healthy, strong calves that can perform well when they are sent off for feedlot production, much as young adults are prepped in school to enter the workforce.

For cattle about to enter the feed yard, this may take shape in a few different ways. Nutritionally, it can be reinforced by developing a strong mineral program throughout the calf’s life, especially during the weaning and backgrounding stages, with technologies like Bioplex and Sel-Plex. A strong mineral base prepares cattle for the new feedlot environment and ensures that they produce profitably. Furthermore, management issues, such as shipping stress, can be accounted for by supplementing the diet with electrolytes to reinforce receiving status.

The connection between calves and kids/producer and parent is closer than we think. As producers, we provide some of the healthiest, best-tasting beef we can for our communities, friends and families. We also desire to feed and nurture children in such a way that they can grow up to become healthy, productive adult members of society.

Let’s continue to raise our cattle and kids with the kind of care that benefits us both today and for generations to come.

For more information on our full range of nutritional solutions, please visit www.alltech.com or contact us directly by messaging beef@alltech.com.