Alltech launches next-generation Mycosorb Evo range to combat multi-mycotoxin threat

USA –  Alltech, one of the world’s leading innovators in sustainable agriculture, has unveiled its next-generation mycotoxin management solutions, Mycosorb® A+ Evo and Mycosorb® Evo, marking a major advance in protecting livestock against complex multi-mycotoxin challenges.

Building on decades of scientific expertise, the new Mycosorb Evo range delivers enhanced binding efficacy and broader-spectrum coverage, tackling harmful contaminants such as deoxynivalenol (DON), fusaric acid (FA), and Penicillium-derived toxins. 

The launch underscores Alltech’s continued commitment to safeguarding animal health and productivity through science-driven innovation.

“Producers around the world have long relied on Mycosorb to protect animal health, performance and productivity under the challenges of mycotoxin pressure,” said Dr. Alexandros Yiannikouris, global mycotoxin management research group director at Alltech. 

“With the introduction of Mycosorb A+ Evo and Mycosorb Evo, we are raising the bar in mycotoxin management, delivering next-generation protection and setting a new benchmark for producer confidence and success.”

Tackling a growing global challenge

Mycotoxins, produced by fungi such as Fusarium, Aspergillus and Penicillium, continue to pose a persistent threat to feed safety and livestock health. 

Alltech’s 37+® testing program and annual Harvest Analysis have revealed that more than 90% of global feed samples contain mycotoxins, often with five to eight types detected in a single sample.

Among the most concerning are DON and fusaric acid. DON is increasingly found in wheat, barley, corn, and forages, where it disrupts protein synthesis, weakens immunity, and reduces feed intake, leading to poor growth, egg quality, and milk yield. 

Fusaric acid, detected in more than 80% of maize and forage samples, is known to amplify the toxicity of DON and other compounds, worsening reproductive, metabolic and immune issues in animals.

These toxins rarely occur alone. Instead, they act synergistically, magnifying their harmful effects across species, from reduced fertility in sows to diminished egg quality in layers and lower milk yields in dairy cows. This growing complexity makes comprehensive, multi-toxin protection essential for producers.

Evolving science, proven performance

The new Mycosorb Evo range represents a scientific leap forward. Mycosorb Evo integrates functionalized yeast cell wall extract with a novel bacterial ingredient to achieve higher adsorption efficiency. 

On the other hand, Mycosorb A+ Evo combines yeast extracts with algae and bacterial components for targeted binding of problematic toxins, particularly those produced by Penicillium.

Laboratory and field trials have shown remarkable results. The Evo technologies demonstrated twice the binding capacity for DON and three times greater adsorption of fusaric acid compared to previous generations. 

In vitro studies reported up to 47% higher cell viability under combined DON and FA exposure, while in vivo poultry trials confirmed improved feed conversion, stronger immune responses and healthier gut function.

According to Nick Adams, Alltech’s technology group commercial director, “The Mycosorb Evo range builds on decades of scientific discovery and real-world success. It reflects our commitment to solving challenges in the field and delivering trusted solutions that help our customers protect what matters most: the health and performance of their animals and the success of their operations.”

Raising the standard in feed safety

Designed for flexibility, Mycosorb A+ Evo is suited for high-risk conditions or sensitive animals such as breeders, dairy cows and youngstock, while Mycosorb Evo offers robust protection for moderate-risk environments. 

Both products integrate seamlessly into Alltech’s holistic Mycotoxin Management Program, which combines global monitoring, on-farm testing and expert guidance to mitigate risks before they impact productivity and profitability.

Meanwhile, the 2025 Alltech Harvest Analysis is now underway, set to reveal the latest contamination patterns in grains and forages across key regions. The full report will be made available later this year at www.alltech.com/harvest-analysis.

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