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Yea-Sacc® 1026 BAC

Submitted by tcobb on Wed, 07/12/2023 - 15:05

A cost-effective solution to improve rumen efficiency and enhance gut health


Yea-Sacc® 1026 BAC provides continual support to the entire GI tract, conditioning the rumen for optimal efficiency and protecting against the growth of undesirable organisms. Yea-Sacc® 1026 BAC combines the proven rumen modifier Yea-Sacc® 1026 with the combined powers of Bacillus licheniformis and Bacillus subtilis to optimize total gut health and efficiency.

Benefits of Yea-Sacc® 1026 BAC:

  • Increases milk production
  • Stabilize rumen pH
  • Improves defense against undesirable organisms
  • Increase ruminal nutrient digestion

Combination of two technologies working together to boost efficiency

A healthy intestinal tract, including a high-functioning rumen, is critical for dairy operations to take advantage of the benefits of good management and feeding programs. To keep your herd performing at the highest level, you must maintain the right amounts of beneficial bacteria in both the rumen and lower digestive tract.

 


    Leveraging the unique benefits of Yea-Sacc® 1026

    Different strains of yeast have different metabolic activity. The yeast strain specifically selected for Yea-Sacc® 1026 was chosen specifically for its ability to increase both total viable and cellulolytic bacteria. This makes Yea-Sacc® 1026 ideal for conditioning the rumen to be more effective in nutrient digestion while maintaining a consistent pH.


    Impact of Yea-Sacc® 1026 compared to other yeast strains (Newbold et al.)


    Optimizing the entire intestinal tract with the inclusion of beneficial Bacilli

    Bacillus can combat undesirable organisms linked to potentially deadly issues such as hemorrhagic bowl syndrome, abdominal distension, and mastitis. Specifically, bacillus has been proven to target Clostridium perfringens by producing organic acids that inhibit the growth of this bacteria. Making it an ideal combination with Yea-Sacc® 1026 for optimal GI track support.


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    Agolin®

    Submitted by kleech on Wed, 01/18/2023 - 10:33

    What if you could meet sustainability goals while also improving performance?

    Agolin® Ruminant, an Alltech technology, empowers farmers and ranchers to reach their sustainability and profitability goals.

    Agolin Ruminant’s sensory additives are a proprietary blend of essential oils added to animal feed to improve its organoleptic properties, thereby elevating the appeal of the feed to animals. Its ingredients adhere to global regulations and have undergone pre-market approvals in major regulatory jurisdictions to ensure safety.

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    An eco-friendly solution that focuses on:
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    Providing eco-friendly solutions to support your production

    The synergistic use of Alltech and Agolin Ruminant’s nutritional technologies can improve palatability and performance, resulting in increased profitability.

     


    <>Testimonial Description

     

    <>Contact Info

    Alltech Employee on-farm with farmer

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    Feed bags icon
    Palatability
    Feed increase icon
    Feed efficiency
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    Sustainability goals

    Guardian®

    Submitted by cewert on Mon, 10/28/2019 - 15:32

    Guardian® and Guardian® Liquid Concentrate are aimed at improving the safety of animal feed and its components. The research shows that Guardian promotes better feed safety and feed hygiene by mitigating potential risks. It gives producers peace of mind that their herds are safe from outside risks and threats.

    Features and benefits:

    • Optimizes feed safety and feed integrity by maintaining a favorable feed environment
    • Formaldehyde-free product — safe for feed mill operators and the pig.
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    The missing element in your cow's forage

    Submitted by clbrown on Mon, 03/19/2018 - 14:10

    By Brian Springer, CCA

    Sixty percent of a dairy cow’s diet is forage. With so much of the diet dependent on the nutrients a cow receives from forage, it is important to make sure the crop reaches its nutrient and energy potential. Nitrogen, phosphorus and potassium, the major components of fertilizer, are essential for soil nutrient content and are controlled by pH. We test and fertilize for these nutrients regularly, and they are often the first place we look for a solution if a problem arises in crop health.

    However, critical elements — like calcium, magnesium, and sulfur — are often seen as secondary in importance in terms of soil content, and, in turn, plant health. For example, with current industry practices, recent findings show that sulfur deficiency of 10 to 20 pounds per acre is common in much of the United States. Of these elements, sulfur in particular might be the missing piece in your forage puzzle as it increases nutrient quality and aids in balancing the microflora in the rumen.

    Common Sulfur Sources

    Type of Sulfur

    Molecular Formula

    Common Presence

    Amount of Sulfur

    Non-Soluble

    (S)

    Elemental Sulfur

    100%

    Semi-Soluble

    CaSO4

    Calcium Sulfate or Gypsum

    15–17%

    Soluble (Organic)

    (NH4)2SO4

    Ammonium Sulfate

    24%

     

    MgSO4.7H2O

    Epsom Salt

    13%

    KMgSO4

    Kainite

    23%

    K2SO4

    Potassium Sulfate

    18%

    NH4S2O3

    Ammonium Thiosulfate

    10–26%

     

     

     

     

     

     

     

     

     

     


    What is sulfur?  

    Sulfur is one of the 17 elements essential to crop production. This is because, according to the International Plant Nutrition Institute, plants almost exclusively use sulfate as their primary source of nutrition. It can be found in high levels in salt domes and volcanic deposits, typically in its elemental form. But it is also present in almost all soil types in smaller quantities.

    Plants receive sulfur through two primary mediums:

    • Soil: The sulfur found in soil is typically organic sulfate that has been converted from elemental sulfur by soil bacteria. Ninety-five percent of plant sulfur uptake is in the organic form of sulfate.

    • Air: Inorganic sulfur dioxide is often absorbed through the leaves and stoma.  

    What role does sulfur play in forage plant and dairy cow processes?

    Required by both plants and animals, sulfur appears in every living cell and is essential for the synthesis of certain amino acids and proteins.

    A deficiency of sulfur in the soil can lead to deficiencies in the cow. Nutritionists recommend 0.2 percent of sulfur or sulfate in the diet of cattle, and ensuring your forage has enough sulfur is the easiest and most cost-effective way to manage sulfur requirements for the ration. Most of the dietary sulfur required by the cow is actually utilized by the rumen microbes for amino acid production. By feeding the microbes, the cow can produce amino acids, enzymes and proteins that then contribute to cow health, milk production and quality.

    Not only will the sulfate aid the cow, but plants use sulfate for chlorophyll formation, which contributes to higher sugar content and nutrients, resulting in greener, fuller foliage.

    What does our current sulfur landscape look like?

    In recent years, there has been a decrease in soil sulfur content as well as an increased demand on the soil for higher crop yields, and the fact that many fertilizers contain little to no sulfur is the primary reason for our current depletion of sulfur in the top soil. Secondary causes include erosion and mineralization.

    How to recognize a sulfur deficiency

    Since high-yielding crops often don’t receive adequate amounts of sulfur or receive it at inopportune times, it is important to be able to recognize a sulfur deficiency. Thankfully, if presented in its organic form, sulfate can quickly be absorbed in two to three days, which helps avoid leaching as you fertilize. If you notice some of the following signs of sulfate deficiency, it is recommended to provide a sulfur treatment two to four days before cutting forage to increase chlorophyll, resulting in a fuller, energy-rich harvest.  This short-term solution can be done by applying biostimulant products, as a sulfur application would need to take place much earlier in order to keep the plant healthy and growing well. Signs of sulfur deficiency include:

    • Yellowing of young growth; yellowing of old growth indicates a nitrogen shortage.

    • Curling of young leaves.

    • Diminished foliage.

     

    Plant Pic.jpg

    Photo is provided courtesy of the International Plant Nutrition Institute (IPNI).

    Although sulfur is present in the soil, it is often below recommended standards. Furthermore, in its inorganic sulfur state, it cannot be properly taken up by the plant until it has been converted to organic sulfate. By checking your forage crop for sulfur deficiency and treating as needed, you can increase the sugar and nutrient quality of your forage and provide sulfur to your herd to support rumen microflora health.

    Have a question or comment?

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    By checking your forage crop for sulfur deficiency and treating as needed, you can increase the sugar and nutrient quality of your feed.
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    <p>By checking your forage crop for sulfur deficiency and treating as needed, you can increase the sugar and nutrient quality of your feed.</p>

    The recirculating aquaculture system: A more sustainable future for aquaculture

    Submitted by ldozier on Fri, 02/23/2018 - 00:00

    The following is an edited transcript of Tom Martin’s interview with Gijs Rutjes, technical sales support manager at Coppens International, an Alltech company. 

     

    Gijs Rutjes is technical sales support manager at Coppens International, an Alltech company, in Helmond, the Netherlands. He joined Tom Martin to discuss recirculating aquaculture systems (RAS). The technology dramatically reduces the amount of water and space required to intensively produce seafood products.

     

     

    Tom:                   Let's begin by asking you to give us a brief history of RAS farming. Why did we start growing fish on land in the first place?

     

     

    Gijs:                     One of the main reasons is that this offers the opportunity to farm, for example, tropical species in cold conditions. One big example is the African catfish in Holland. This is a fish that requires about 26 degrees Celsius (78 degrees Fahrenheit). In Holland, it could never survive. Still, it's a well-valued fish in Holland. So, we have to use RAS with heated water and purification systems to farm this fish. 

     

                                Another reason is that you are close to the market. You can position the farm close to the market where you want to be and lower  transportation costs.  

     

                                It also offers you the possibility to choose a great water supply in an area where you know the borehole water to be really good.

     

                                Another thing is that you control the conditions for the fish. You can look after optimal conditions all the time. In the case of any     diseases, you have much more control.

     

                                Finally, you can prevent escapees. In cage farming, sometimes fish unfortunately do escape and can mingle with wild stocks, but  this is near impossible in a RAS farm.

     

     

    Tom:                   How is this technology being received by the industry? What position does RAS farming hold in the world of modern agriculture?

     

     

    Gijs:                     I think its importance is increasing. It was a rather local affair in some countries. Holland was one of the first. Denmark also had a leading position. It spread first among the expensive species, but it has become more of a mainstay across the industry because of all the advantages that it has. It has modernized aquaculture, and I'm sure it will continue to modernize because we can still improve certain purification methods and reduce the amount of water needed to produce a kilo of fish.

     

     

    Tom:                   What are the key challenges for farmers who produce fish in these recirculating aquaculture systems?

     

     

    Gijs:                     One of the most important things is that you keep constant optimal conditions. For example, as you feed your fish, you will always have a certain fluctuation in the feed level. As you harvest the large fish, you also put in new young fish. Therefore, the feed rates tend to fluctuate. But the biology in the filter, the response to this can be a reason for fluctuating water quality. So, it's very important for the farmer to keep his conditions optimal and constant all the time because then the fish has no reason to feel uncomfortable and it will always eat well and grow well.

     

     

    Tom:                   Let's say that I'm in the business. I have a fish farm. I have a RAS system. What are three things that I'm looking for in a RAS feed supplier?

     

     

    Gijs:                     That’s a very good question. I think if you would ask me for one thing, it would be consistency. I think one thing people look for is that it gives a high feed intake and consequently a good growth.

     

                                Assume that you can have a really good FCR. So, feed intake is one of the first things that people will mention in line with growth. The second would be a low waste load, or low in organic matter — feces, you could say — and also low ammonium production. By changing or regulating the DPDE — that’s the ratio between digestible energy over digestible protein — you can reduce the amount of ammonium produced. Therefore, you can feed more.

     

                                But as I said, the first important one would be the consistency. You need a consistent feed that is the same in taste and flavor and composition all the time because, otherwise, the filters will react. It's not so bad for the fish, but the filters will react, and that's not what you want.

     

     

    Tom:                   What are the key challenges to achieving optimal gut health in RAS farmed fish?

     

     

    Gijs:                     I think it starts with choosing high-quality ingredients that have a high digestibility and also that have a low level of antinutrients because you don't have to fix anything that you haven't damaged. Antinutrients are not good for gut health. So, that’s what we reduce in our RAS feeds.

     

     

    Tom:                   Gijs, what are the benefits of RAS-produced fish over ocean-based fish farming?

     

     

    Gijs:                     That’s a good question. I think the difference doesn’t have to be that big. You can produce good fish in either system. While RAS feeds need to fulfill higher requirements — you normally have a higher quality feed, perhaps with higher EPA or DHA. This could make for a higher quality fish considering the consumer demands. But you could have the same feed in a cage and produce similar fish. So, I think on the quality side, it doesn’t have to be a big difference.

     

     

    Tom:                   You may have touched on this earlier in the conversation, but in recent years, there's been an issue with the occurrence of off-flavoring microorganisms in RAS systems. Has this been addressed and overcome?

     

     

    Gijs:                     Yes and no. I think it's good to first outline that farms can have off-flavor because the two types of microorganisms that produce this off-flavor, geosmin and isoborneol, can live anywhere. They can live in filters — that’s where they like to live. RAS farms usually have them, but you have them in pond farms as well. So, a lot of RAS farms these days use moving bed bioreactors. That’s a place where these microorganisms do not like to live because they need a sort of fixed structure to attach themselves to. If you do have a moving bed bioreactor, by nature, they cannot attach. So, these systems normally have a very low amount of these microorganisms and often have no off-flavor at all.

     

                                I think it’s important to purge the fish from a pond farm, as well as from a RAS farm, and taste your fish. Just make sure that there's not even a hint of an off-flavor because that is not a nice taste, and it would really spoil the quality of your fish.

     

     

    Tom:                  So, you really have to stay on top of it.

     

     

    Gijs:                     Yes, always. Even if you don't have it in your farm. We have several customers that, mainly due to the moving bed bioreactors, do not have off-flavor issues, but they will still purge, even if it's for a few days, and test the fish before they sell to the market. Then the quality is always spot on. It takes only one farmer to spoil the market for all.

     

     

    Tom:                   What does the future look like for RAS farming methods and aquaculture?

     

     

    Gijs:                     I think RAS farming will increase and continue to improve the whole aquaculture industry. There's a very big movement toward keeping smolts onshore. It offers much more control and no issues with sea lice. So, this industry has seen that this is a big benefit to them. I think there will be more types of aquaculture that will use the RAS system.

     

                                RAS farming by nature is also very sustainable. You can reach a lower carbon footprint. You can use less water. You have less pollution. I think that the number of liters we require to produce a kilo of fish will reduce in the coming years.

     

     

    Tom:                   Gijs Rutjes is technical sales support manager at Coppens International in Helmond, the Netherlands. Thank you for joining us.

     

     

    Gijs:                     You’re welcome. Thank you very much.

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    Gijs Rutjes, technical sales support manager at Coppens International, joins us to discuss the benefits — and challenges — of a recirculating aquaculture system (RAS), and offers his advice for producers as they consider implementing the technology.
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    The tilapia fish shown here were raised in a recirculating aquaculture system (RAS). Many producers in the aquaculture industry are adopting this technology as a means to raise fish onshore in a sustainable, cost-effective environment.
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    The tilapia fish shown here were raised in a recirculating aquaculture system (RAS). Many producers in the aquaculture industry are adopting this technology as a means to raise fish onshore in a sustainable, cost-effective environment.

    Crop to canine: Sustainable pet food starts in the soil

    Submitted by ldozier on Tue, 02/20/2018 - 00:00

    Companion animals have now become an extension of the family. It should come as no surprise, then, that many pet parents would say their pet’s nutrition is just as important as their own. They pay as much attention to the ingredients in their pet food as they do to the food they put on the dinner table. 

    Superfoods make it into the doggie dish

    Consumers are gravitating to “superfoods” that tout beneficial effects on the human body, and they want the same for their dogs and cats. Functional foods now starring in the ingredient lists of pet food include: 

    • Blueberries: Identified as a source of antioxidants, they can be found in dry dog food. 
    • Carrots: Known for having beta-carotene, they can be found as a principle vegetable ingredient in pet food and can be given as a treat to dogs in their raw or cooked form. 
    • Pumpkins: In the fall, when we are all inundated with pumpkin and pumpkin spice products, even pet food is not immune. Pumpkin is a good source of soluble fiber with beneficial digestive properties.

    Sustainability: Supporting a positive cycle of “good” for pets and the planet

    Sustainability is a concept that has become increasingly important to consumers when thinking about their own food. They want to know not only how nutritious their food is, but also what practices were used to grow the vegetables and feed the animals that are nourishing their bodies. 

    This concern extends to pet food ingredients and how the grains, vegetables and fruits (and superfoods) were grown.

    From this standpoint, the management practices used on the farm are very important to the concept of sustainability.

    When a plant is stressed, whether from environmental factors, disease pressure or micronutrient deficiency, it lacks the necessary ingredients to attain its peak performance. This can result in subpar yield, size, flavor and texture. Growers will invariably use synthetic products to try and combat these deficiencies. 

    However, a more sustainable approach will incorporate the use of products that are naturally based, with substances such as amino acids that enable micronutrients to be more readily available to plants, increasing their ability to fight stressors. The plant becomes stronger, and, by using these natural products, growers also limit residues that could be left on the fruits and vegetables that go into the pet food. 

    The process is cyclical. By using sustainable practices that protect the soil, such as cover crops, crop rotation and precision agriculture, growers create a more active soil microbiome filled with beneficial microorganisms that help provide micronutrients to the plants. These micronutrients, in conjunction with natural plant biostimulant products, improve a plant’s resistance to stressors and help the plant protect itself. This in turn decreases the need for pesticides and other synthetic products that leave residues in the ground, on the field and in the food.

    Plants raised on healthy soils with the micronutrients needed for plant health, supplemented with naturally based fertilizer as needed, have increased nutritional value. Meanwhile, these farming practices also improve the environmental footprint of the crop itself so you can be confident that your pets’ food is not only good for them, but for the planet, too. 

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    As consumers gravitate toward functional "superfoods" and food cultivated using sustainable practices, they often apply the same scrutiny to their pets' food.
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    As consumers gravitate toward functional "superfoods" and foods cultivated using sustainable practices, they often apply the same scrutiny to their pets' food.  Crop management that uses natural ingredients helps improve environmental impact and promotes the plant's nutritional value.
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    As consumers gravitate toward functional "superfoods" and foods cultivated using sustainable practices, they often apply the same scrutiny to their pets' food. Crop management that uses natural ingredients helps improve environmental impact and promotes the plant's nutritional value.
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    As consumers gravitate toward functional "superfoods" and foods cultivated using sustainable practices, they often apply the same scrutiny to their pets' food. Crop management that uses natural ingredients helps improve environmental impact and promotes the plant's nutritional value.

    Aidan Connolly: 7 insights from The 2018 Alltech Global Feed Survey

    Submitted by ldozier on Fri, 02/16/2018 - 00:00

    The following is an edited transcript of Tom Martin’s interview with Aidan Connolly, chief innovation officer and vice president of corporate accounts at Alltech.

    Click below to hear the entire interview:

    Now in its seventh year of analysis, the Global Feed Survey continues to provide valuable insights into the feed industry, serves as a barometer for agriculture as a whole, and demonstrates the economic strength of the countries surveyed. What can we learn from the 1.068 billion tons of feed produced globally?        

     

    Aidan Connolly is chief innovation officer and vice president of corporate accounts at Alltech. He joined Tom Martin to highlight what has been learned from the seventh annual Alltech Global Feed Survey. New to the survey this year is information gathered from the Asia-Pacific region, including countries such as Cambodia and Laos, for a total of 144 countries representing more than 30,000 feed mills.

     

     

    Tom:                            The 2017 survey documented world feed production topping 1 billion metric tons, an all-time high for a single year. How does that compare with the findings for the 2018 survey?

     

     

    Aidan:                          In the previous year, we had also seen production exceeding 1 billion tons, but this one was a larger number, finishing at almost 1.07 billion tons. That confirmed that those numbers are correct.  Of course, the way that we calculate these numbers is through estimates. We ask people to estimate how much feed is produced in each of their countries, and then we collect all that information from our own managers in those 140 plus countries. So, the first year, to see it was over 1 billion tons, was great. To see it again at a bigger number just makes us very sure that we have the right number.

     

     

    Tom:                            There had been a 7 percent reduction in feed mills from 2015 to 2016. Obviously, that trend has not continued.

     

     

    Aidan:                          Actually, that's not quite true. I believe that the numbers of feed mills are continuing to consolidate and to drop, but we've reclassified quite a number of feed mills that were on farms, smaller scale, in places like Russia, in particular Eastern Europe, by changing our methodology. So, we actually ended up with a larger number of feed mills overall, even though the number of feed mills, I think, continues to drop.

     

     

    Tom:                            You have identified seven key findings in the 2018 Alltech Global Feed Survey. Let's take them one by one and begin with what the data reveals about China.

     

     

    Aidan:                          Yes. The Chinese feed production was down a little bit. And, in particular, some of the species did see a reduction. Specifically, aquaculture continues to drop. However, we saw a rebound in terms of the feed production for pigs, and that was quite significant. Of course, China is in the process of consolidating its pig farming. We did see a number of the smaller farms being closed over the last two to three years. That has led to a reduction in the number of breeding animals, sows. And overall, there was a reduction in pork production the previous years of about 7 percent. However, this year, feed production went back up. And overall, that had the effect that China in general was about flat.

     

     

    Tom:                            These reductions are happening at a time when the Chinese population is going the other direction — is increasing, expanding. Is that cause for concern?

     

     

    Aidan:                          No. Feed production is affected by many factors. It's affected by consumption of meat, milk and eggs, but it's also being reduced by the fact that we are genetically selecting animals to be more efficient. And in the Chinese case, they have had a lot of farms that were very inefficient. So, when we talk about closing small chicken farms — in particular, small pig farms, but also ducks, geese, fish farming, etcetera — typically we’re moving toward farms that are much more efficient in how they convert feed into food.

     

     

    Tom:                            Russia has registered noteworthy increases in feed production. What's happening in Russia?

     

     

    Aidan:                          Russia is a really interesting story. Of course, Mr. Putin, the president, wants to make Russia a strong country, bring it back to some of its glory days and, in particular, is focused on food production. Self-sufficiency of food production is a critical part of that. Russia has been importing a lot of food from the United States, was importing from Europe, and was also importing from Brazil, but it's been exerting its soft power in its ability to restrict the importation, in particular, of chicken and, more recently, of pork and is looking for its own farms to replace that, so they become, if not necessarily self-sufficient, less dependent on imports.

     

     

    Tom:                            What is the significance of that independence?

     

     

    Aidan:                          The significance for the feed industry is that feed production numbers grew quite significantly this year, by about 14 percent.

                                       

                                        That is being seen specifically in terms of pig farms, dairy farms and, to a lesser degree, chicken farms. But in general, it probably will mean for the Russian population more expensive food. But, obviously, that's a decision being taken at the government level in terms of the strategic desires of the government to not be reliant upon people who they often have arguments with.

     

     

    Tom:                            Also noted in this year's survey coming on strong is India. Where do you see growth occurring in India's feed production?

     

     

    Aidan:                           India’s species are much more restricted because, from a religious and cultural perspective, they don't consume beef. They are relatively limited in their consumption of pork, and even a certain percentage of the population doesn't want to consume chicken. So, eggs have continued to grow. Broiler meat is growing and did grow this year very strongly as well. But milk, in particular, continues to grow. So, those three species are very strong.

     

                                           India has become a significant exporter of shrimp. We have seen a growth in aqua feeds as well from India. There are some concerns over the use of antibiotics. India is relatively light in terms of its consumption of protein per capita. And if that grows, that will lead to growth in eggs, of chicken meat and, to a lesser degree, of milk.

     

     

    Tom:                            Going back to aquaculture, India has more or less defied a global decline in aqua production. What are the country’s strengths in this area?

     

     

    Aidan:                          Primarily, it's coming from a relatively low position to start with. It is a low- cost producer. But, specifically in the area of shrimp, a number of viral diseases have afflicted areas such as Ecuador and Thailand. Much of this comes from the desire to grow aquaculture in areas with either rivers or estuaries where the water can quite often move from one farm to another, passing disease from one farm to another. India has not had those diseases to the same degree as other countries, so far. If it continues to remain disease-free, then it can continue to be a very large producer of aquaculture, particularly for export.

     

     

    Tom:                            What are the trends in aquaculture feed production, and in what parts of the world is growth strong right now? Where is it lagging?

     

     

    Aid an:                          We had a lot of controversy in this survey about the aquaculture numbers, particularly following last year, when we also saw that the aqua production was flat. Much of the discussion about aquaculture is about the fact that we are consuming more and more farmed fish, and that undoubtedly is true, and that is displacing our part of the requirement for replacing the fish from the sea. What we are seeing, however, is that the largest producers of fish in the world — typically China represents about 50 percent of the world's production of fish, Asia represents overall about 65 to 70 percent — in those parts of the world, we are seeing a reduction in the feed production for farmed fish, for aquaculture.

     

                                        We believe that in the case of China, it’s being driven very much by government policies and, to a lesser degree, by the economics of larger, more efficient farms. We are seeing some changes from a cultural perspective: people consuming less fish at banquets, etcetera. In the rest of Asia, many of the numbers we saw related to disease.

     

                                          Globally, however, aquaculture did grow. So, if you look at salmon, trout, sea bass, seabream, if you look at tilapia in countries — Europe, in particular — we do see a continued growth. What you have is the drop in Asia being offset by strong growth in other parts of the world. I would also continue to underline that, as aquaculture becomes more efficient, as it's become more modern, it has required less feed to produce the same amount of weight. 

     

     

    Tom:                            For a number of years now, the survey has tracked a pretty steady growth curve in the African feed market. What accounts for this?

     

     

    Aidan:                          African economic growth continues to be strong. It's coming from quite a low level, though the economic growth is also spread across many countries. It's not coming from any particular country. So, on a yearly basis, we are seeing that the African continent is growing by, in excess of global averages, probably somewhere between 5 and 7 percent in terms of GDP, and that is widespread.

     

                                           In particular, we saw a very strong year in Nigeria. Of course, Nigeria is expected to be the world's third-largest population by 2050, exceeding the United States, exceeding Indonesia, exceeding other countries in the world, just following China and India. So, it's not surprising that we will continue to see an increase in protein consumption there. However, the cost of protein continues to be very expensive in Africa. Nigeria in particular, but also many of other countries, did report extremely high feed prices. And high feed prices mean high prices for eggs, meat and milk.

     

     

    Tom:                            As mentioned in the introduction, new to the 2018 survey is information gathered from the Asia-Pacific region. What did you find?

     

     

    Aidan:                          Really, we’ve just been digging in every year deeper and deeper into establishing which countries produce feeds. Now, not surprisingly, we continue to skip a few: Andorra, for argument’s sake; Monaco is just famous mainly for gambling; Vatican City, which is mainly famous as a city-state for the Vatican.

     

                                        Nonetheless, of those 200 plus countries in the world, we think we've gotten to almost every single country that's producing feed in any significant, or even less significant, manner. We added in a few more countries this year. Those were in Asia, but they don't add to anything more than just creating a database of information, which is stronger and more robust.

     

     

    Tom:                            There seems to have been steady growth in the equine industry, and it looks like it's happening nearly everywhere. What's going on there?

     

     

    Aidan:                          The consumption of horse feed, of course, is driven primarily by the economics of the world, and last year was a good year. I know some of our listeners may feel that maybe their pockets didn't feel quite as full in terms of cash. But globally, it was a good year for the world economy. And in fact, for this coming year, the Economist magazine is predicting that only four countries in the world will not grow, and two of those were Venezuela and North Korea. So, you can see that we are in a period of general global economic growth that is leading to a larger middle class. It's leading to more people moving to a city, so more urbanization. And those typically are favorable trends for horse production.

     

                                           It has been quite hard to capture data relating to horses — not entirely sure why this is. People seem to be quite secretive, even in the United States, about how much horse feed they produce. So, we have struggled to be accurate in our estimates. I think this year's estimates were more accurate than previous years. I know the American Feed Industry Association issued a number that was much larger than ours but included forages, included other forms of feeds that of course don't go through feed mills. But, in general, I would say economic growth is lifting the tide and is helping the horse feed industry.

     

     

    Tom:                            And you mentioned money in pockets. What does the survey reveal about feed costs?

     

     

    Aidan:                          Feed costs, thankfully, have remained low, and I say “thankfully” because feed represents about 70 percent of the cost of the production for chickens, pigs, also for eggs, milk and aquaculture. So, effectively, for every protein that we consume, feed represents most of the life cost of that. And of course, when you further process it, it still continues to be a very significant contributor.

     

                                           Feed costs were low last year and remained low this year, by historic standards. Of course, in real terms, that means that they continue to drop, and that is directly correlated to the price of corn, soybeans, to a lesser degree, other forms of cereals such as wheat and barley, and other forms of protein such as canola, etcetera. That relates to the fact that we've had tremendous harvests. And even in years that we've got droughts, when it appears that we haven't done as well in the middle of the growth cycle as we expect, we still seem to take a lot out of the field, which has been good for farmers. It’s been good for feed. And, eventually, that means it's good for consumers.

     

     

    Tom:                            As you keep your eye on current trends, do you have any early forecasting of what we'll see in the 2019 survey?

     

     

    Aidan:                          If you look at some of these economic forecasts, it looks like consumers will continue to see their affluence grow. Certainly, we will see economic growth, which we hope will translate into consumer benefits. If that means that feed costs are low, food costs are low, and we can expect that harvests continue to contribute more and more to the silos of the world, I think it could be an excellent year for the feed industry.

     

     

    Tom:                            Aidan Connolly, chief innovation officer and vice president of corporate accounts at Alltech. Thank you for joining us, Aidan.

     

     

    Aidan:                          Thank you, Tom.

     

    Click here to sign up to download a booklet of results and explore an interactive map.

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    A guide to feeding kittens

    Submitted by clbrown on Fri, 02/16/2018 - 00:00

    If you’ve recently added a young feline family member to your home, then you may already know that one of the best ways to give your kitten the right start to a great life is by providing proper nutrition. But with an overabundance of choices in kitten foods, you may be feeling unsure of the best selection for your new friend. Or, if you own more than one cat, you may be considering feeding them all the same food. Unless your cats are all at the same life stage, this is not recommended.

    Thanks to modern research and technology, we have achieved a much better understanding of the precise needs of growing cats. Properly balanced nutrition is essential to the appropriate development of both mind and body, but unfortunately, there is no “one-size-fits-all” approach to nutrition. However, there are some general guidelines that can be followed to get you and your cat on the right track.

    1. Kitten nutritional needs versus adult cat needs: Kittens need more calories than the average adult cat. In fact, a kitten’s weight may double or even triple in their first few weeks of existence. A high-quality kitten food will contain higher calories to meet a young cat’s needs. Most kittens will need three to four meals per day to meet energy requirements. Kittens also require a higher level of many critical vitamins, minerals and amino acids. In addition, they need more protein than adult cats. You can read more about the Association of American Feed Control Officials (AAFCO) nutritional guidelines for growing kittens here.

    2. High-quality kitten food: Select food from a trustworthy source, preferably recommended by your veterinarian or another trusted person. These foods are made with high-quality ingredients and are generally proven to provide superior health benefits. Check the label for a statement from AAFCO. Ideally, it will also contain the phrase "complete and balanced."

    3. Wet versus dry food and how much to feed: Very young kittens should be fed some canned food to supplement their diet. This is because they have small teeth and are unable to chew dry food well. As far as how much to feed, it is generally recommended to follow the pet food label guidelines based on your cat’s age. Do not overfeed.

    4. How long to feed kitten food: Generally, cats are considered kittens until they reach one year of age. They should be fed a kitten formula up to this point. Still, there are exceptions to every rule; one example would be a large breed cat like the Maine Coon. They are not considered adult cats until they reach 1.5 to 2 years of age and should be fed kitten food until that time.

    5. Switching food: Cats are notoriously considered extremely picky eaters. They can develop a static preference for flavors and textures, so it is recommended to offer some new food and old food in separate bowls when attempting to make a transition. Over time, smaller amounts of the old food may be offered while simultaneously offering more of the new food. It is important to remember that changes to a cat’s diet should be made gradually (five to seven days is commonly recommended) to avoid stomach upset.

    It is critical to avoid overfeeding your cat. Like the human obesity crisis, pet obesity in the U.S. has reached epidemic levels. The Association for Pet Obesity Prevention estimates that 59 percent of cats in the United States are overweight or obese. This is entirely in your control as a responsible owner. Even a few extra pounds can lead to chronic health issues and a shortened lifespan. Follow recommended guidelines for feeding, even for treats, and provide ample exercise opportunities to keep your cat at a healthy weight.

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    Kittens have unique nutritional needs and require higher calories and increased levels of many vitamins, minerals and amino acids.

    ONE: The Alltech Ideas Conference to provide global perspective for the beef industry

    Submitted by amontgomery on Thu, 02/15/2018 - 00:00

    Discussion topics to include blockchain technology, beef in China and value-added opportunities  

    Register before March 31 at one.alltech.com for savings of $400

    [LEXINGTON, Ky.] – ONE: The Alltech Ideas Conference (ONE18), held May 20–22 in Lexington, Kentucky, will bring together producers and industry experts from around the globe to share insights and solutions to today’s most pressing issues within the beef industry.  

    ONE18 beef focus sessions include*:

    After 14 years, U.S. beef is back on the shelves in China, creating new opportunities in 2018. To succeed, you need to know the key players in the global beef market and hone your strategy after all, the right message and the right product can make or break a sale.

    “Blockchain” is a word everybody hears but few understand. Hear from Chinese beef producer Kerchin on how they have broken down blockchain into the building blocks of beef’s future in China. Discover how modern technology can optimize your operation today.

    Integration has happened for the pork and poultry industries. Why not for beef? Some say our industry is too big and too segregated — but is it? Maybe we just need a few new ideas. Learn how Alltech is redesigning the way cattlemen support animal health throughout all phases of production with Blueprint®, a beef nutrition program designed to maximize cattle performance and profitability.

    Why are we still using inorganic minerals? Science has spoken and the message is clear: Organic trace minerals mean less inclusion, less waste and better meat quality. What mineral myths prevent you from embracing the future? Uncover the truth and learn how a simple change in your ration can have a big impact on your bottom line.

    Liver abscesses are a major issue in feedlot cattle at slaughter and represent a significant economic cost to the producer, the packer and, ultimately, to the end consumer. Yet pushing “hotter” cattle rations is key to increased performance. Join us to discover the real science behind this problem and how one scientist is blazing an innovative new trail.

    Before she became a cattle farmer and one of ag's leading voices, Anne Burkholder was a competitive swimmer and distance runner, and then an Ivy League student. Listen as she shares her incredible journey and offers valuable insight into how modern cattle management can transform the way consumers see, hear and experience food.

    We’ve all heard about the explosion of natural, antibiotic-free and European beef programs, but where does the money really come from? And how can you get a cut of the action? Join us as we get into the nitty-gritty details of value-added programs and how your operation can qualify for them. With just a few key changes, learn how to make the extra profit and score a bigger return.

    *Topics subject to change as the schedule evolves.

    Now in its 34th year, Alltech’s conference is attended annually by nearly 4,000 people from over 70 countries. Whether producers are navigating a fundamental change within the beef industry or just need a little inspiration, they’ll learn about real-world opportunities and solutions at ONE18.

    Learn more and register at one.alltech.com for a savings of $400 before March 31. Join the conversation with #ONE18 on Twitter, and follow the ONE18 Facebook event page for updates.

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    ONE: The Alltech Ideas Conference invites dairy producers to explore transformative power of ideas

    Submitted by amontgomery on Tue, 02/13/2018 - 00:00

    Discussion topics to include increasing milk’s market value, robotics on the farm and feeding organic trace minerals

    Register before March 31 at one.alltech.com for savings of $400

    [LEXINGTON, Ky.] – ONE: The Alltech Ideas Conference (ONE18), held May 20–22 in Lexington, Kentucky, will provide dairy producers with a unique opportunity to participate in a global conversation about the innovations, challenges and solutions facing their industry. Focus sessions designed to educate and inspire will allow producers to gather insights from leading dairy experts and exchange ideas with peers from around the globe.

    ONE18 dairy topics:

    • Get More From Your Milk: Increasing Milk Value

    What can the dairy industry do to strengthen milk’s position in the market? From organic varieties to cheese, milk has the potential to create new opportunities all along the food chain.

    • Why Does Organic Matter?

    Feeding trace minerals in organic form has been proven to increase uptake and achieve a greater response than inorganic trace minerals. As we continue to seek better performance in dairy cows, can we explore new ideas for delivering nutrition more efficiently?

    • A Voice for Agriculture

    Dairy farming has changed considerably in the last 20 years, but consumer perception of the industry has not adjusted accordingly. What does it mean to be an “agvocate,” and how can we effectively educate the public about our passion to provide a safe product with healthy, happy cows?

    • Robotics on the Farm

    Are we ready to embrace the inevitable change as today's farm goes robotic? How will you implement the next idea at your dairy operation? Hear how to prepare today for the technology of tomorrow.

    • Digital Detox: Data to Ensure a Safe, Healthy and Sustainable Food Chain

    Our farms are being invaded by connected instruments and devices that make up “the internet of things." What technologies will ensure our daily meal?

    • Bytes: Tech That Feeds Us

    Stakeholders in our food supply chain are becoming inextricably linked, blurring the lines between science, farming, food and retail. Let's imagine how the food chain will link in the future.

    *Topics subject to change as the schedule evolves.

    Now in its 34th year, Alltech’s conference is attended annually by nearly 4,000 people from over 70 countries. Whether producers are navigating a fundamental change within the dairy industry or just need a little inspiration, they’ll learn about real-world opportunities and solutions at ONE18.

    Learn more and register at one.alltech.com for a savings of $400 before March 31. Join the conversation with #ONE18 on Twitter, and follow the ONE18 Facebook event page for updates.

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