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Deoxynivalenol and Zearalenone: Trending Mycotoxins in the 2020/2021 Corn Crop
During times of rising feed costs, limiting the risks of hidden profit-robbers, like mycotoxins, from eroding livestock and poultry feed efficiency is critical to an operation’s bottom line. Mycotoxins vary year to year due to environmental and storage conditions of grains. To combat the perennial mycotoxin problem, identifying mycotoxin risks in ingredients before manufacturing feeds is key.
Quarterly Update: Mold and Mycotoxin Report
Mold and mycotoxin levels are greater than prior years – especially in corn from the Eastern Corn Belt. Learn what Kemin Customer Laboratory Services (CLS) discovered, while evaluating corn samples for the presence of mold and mycotoxins. See the report.
Four Reasons Mycotoxins Should be Top of Mind This Year
For producers to properly address the perennial mycotoxin challenge, understanding the risks mycotoxins pose to herd or flock health and performance is key. Furthermore, with many mills switching from old crop to new crop grains, it’s the perfect time to fine-tune mycotoxin strategies. Knowing what mycotoxins are in your grains is critical, but it’s also important to remember that not all mycotoxins – or their negative effects – are easily detected. So, what mycotoxin risks should be top of mind this year?
Quarterly Update: Mold and Mycotoxin Report
With the third largest corn crop in history, learn why corn prices are nearing $5.00 per bushel ($178/US ton), as well as what Kemin Customer Laboratory Services (CLS) discovered, while evaluating corn samples for the presence of mold and mycotoxins. See the report.
2020 Q3 Mold and Mycotoxin Report
On July 10, 2020, the United States Department of Agriculture (USDA) released their World Agricultural Supply and Demand Estimates (WASDE). In this report, United States corn production was forecasted at 15.0 billion bushels. The national average corn yield is unchanged at 178.5 bushels per acre. Projected feed and residual use were 5.85 billion bushels and good, seed, and industrial was 6.625 billion bushels. Based off these, and other data, the USDA estimated the 2021 ending stocks will be 2.648 billion bushels, up 400 million bushels from 2.248 billion in 2020.
Mycotoxins are a costly, complicated problem for livestock and poultry producers. Not only are there hundreds of different mycotoxins, all produced by different fungi and environmental factors, but each category of toxins and each toxin within those categories can impact animals and birds differently. For producers, that means becoming aware of the major toxins and knowing the signs and symptoms of toxin exposure are critical to reduce the risk of mycotoxins eroding animal health and performance.
Changing Your Diets? Ingredient Quality Testing is a Must
Managing feed costs has never been more critical to livestock and poultry producer profitability. But, as producers consider changing diet formulations to lower feed costs, it's critical to stress the importance of ingredient quality management. Understanding the risk factors associated with feed ingredients — new and old — is both practical and important.
Know Your Mycotoxins and How to Knock them Down: Zearalenone and Fumonisin
There’s bad news if you feed livestock: Nearly all of the world’s feed grain supply is contaminated with at least one mycotoxin. Almost 2/3 of corn harvested in 2018 that was tested by Kemin Customer Laboratory Services (CLS) was positive for mycotoxins. More importantly, however, nearly 50% of those samples contained multiple toxins.
Addressing Mycotoxins Helps Solve a Complex Problem
Heat, energy, water and oxygen: they’re four essential elements critical to just about every form of life on the planet. Provided those things, even the most infinitesimally small organisms can flourish. In the case of mycotoxin-producing molds, that vigor can become costly for livestock producers. Mycotoxins are toxic secondary metabolites that are produced by mold in stored grain or growing plants. The production of mycotoxins is essentially a defensive response by the growing mold triggered by an environmental factor, like temperature, oxygen, pH or moisture.
Using Aluminosilicate Anti-Caking Aids to Minimize the Impact of Mycotoxins on Performance
Managing mycotoxin contaminated feed ingredients is a constant challenge for animal producers. Mycotoxins are produced by both field and storage molds, and – even when fed at low levels – can have a detrimental impact on livestock and poultry performance. To make matters worse, grains are frequently contaminated with multiple mycotoxins, and research suggests toxic synergies may exist with certain mycotoxin combinations. Absorption of mycotoxins by the gastrointestinal (GI) tract may result in immunological dysfunction, malabsorption of nutrients and ultimately, losses in weight and performance.
Mycotoxin Management: What Can We Do Now?
Mycotoxins are toxic and/or carcinogenic molecules produced by growing fungi, specifically the various mold species which grow on plants. The toxigenic fungi involved in the human and animal food chains belong mainly to three genera: Aspergillus, Fusarium and Penicillium. Each of these molds can produce more than one toxin and some toxins are produced by more than one mold. Once we have mycotoxins in our crop, what options exist for livestock and poultry producers?
Mycotoxins: Managing a Perennial Problem
Livestock and poultry producers are all aware of the presence of potentially-harmful mycotoxins in grain. It seems every day there is a new report declaring the newest hot spot for mycotoxin contamination. So, why does it suddenly feel like mycotoxins are found everywhere? A large reason for the increased focus on mycotoxin contamination is reporting. There is a growing database related to the detrimental impact that even low levels of mycotoxins can have on livestock production. With this increased awareness, the focus now shifts to signs and symptoms of mycotoxin contamination and what producers can do to mitigate their impact.
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