Feed Mycotoxin Binder MOS: Proven Mycotoxin Binder Formula in Indonesian Commercial Farms

Mycotoxins in animal feed pose a serious threat to livestock productivity and health, especially in tropical countries like Indonesia with high humidity. To address this, the use of feed mycotoxin binder MOS (Mannan-Oligosaccharide) has become a reliable solution. Biosolution presents a Feed Mycotoxin Binder Formula containing Saccharomyces cerevisiae cell walls rich in MOS and β-glucan. This article presents performance data from trials in Indonesian commercial farms, proving its effectiveness in maintaining livestock performance.

Mechanism of MOS and β-glucan in Binding Mycotoxins

MOS and β-glucan are active components of Saccharomyces cerevisiae cell walls that physically bind mycotoxins. The MOS structure, resembling receptors on intestinal cells, can bind mycotoxins such as aflatoxin, zearalenone, and deoxynivalenol (DON) through hydrogen bonds and hydrophobic interactions. Meanwhile, β-glucan forms a three-dimensional network that traps mycotoxin particles. This process prevents mycotoxins from being absorbed by the digestive tract, allowing them to be excreted in feces.

Research shows that Saccharomyces cerevisiae cell walls can bind up to 80% of aflatoxin B1 under digestive tract pH conditions. This mechanism is independent of biological activity, making it safe for all livestock types without disrupting gut microflora balance. Thus, feed mycotoxin binder MOS works physically, not chemically, leaving no harmful residues.

Performance Trial Results in Indonesian Commercial Farms

Trials of the Feed Mycotoxin Binder Formula were conducted at two commercial farm locations in West Java and East Java with a total of 10,000 broiler chickens. Parameters observed included final body weight, feed conversion ratio (FCR), mortality, and gut health score. Feed was provided with aflatoxin B1 content of 50 ppb (above the FAO threshold of 20 ppb).

Body Weight and FCR Data

In the group given the Feed Mycotoxin Binder Formula at a dose of 1.5 kg/ton of feed, the average final body weight reached 2.1 kg at 35 days of age, 8% higher than the control group which only reached 1.95 kg. FCR also improved from 1.65 to 1.55, indicating better feed efficiency. These differences were statistically significant (p<0.05).

Mortality Reduction

Mortality in the treatment group decreased drastically, from 5% in the control to 2%. This indicates that mycotoxin binding successfully reduced the toxin burden on the liver and kidneys, thereby increasing the animals' immune resistance.

Gut Health Score

Gut health scores were assessed based on lesions and inflammation. The treatment group had an average score of 1.2 (scale 1-5, 1=healthy) compared to 2.8 in the control. This confirms that MOS and β-glucan not only bind mycotoxins but also modulate local gut immunity.

Comparison with Other Mycotoxin Binder Products

Various types of mycotoxin binders are available on the market, such as bentonite, zeolite, and activated carbon. However, yeast cell wall-based products have the advantage of a broader binding spectrum for both polar and nonpolar mycotoxins. Bentonite is effective for aflatoxin but less effective for zearalenone and DON. In contrast, MOS and β-glucan can bind various mycotoxins with high affinity.

Additionally, Biosolution's product does not bind essential nutrients like vitamins and minerals, unlike bentonite which can reduce nutrient availability. This is important for maintaining livestock growth performance. Comparative laboratory tests show that the Feed Mycotoxin Binder Formula has binding capacities of 95% for aflatoxin B1, 85% for zearalenone, and 70% for DON at pH 3.0 (simulating the abomasum).

Recommended Dosage and Application for Feed Mills

Based on trial results, the recommended dosage is 1–2 kg per ton of feed, depending on the level of mycotoxin contamination. For high-risk feed (e.g., contaminated corn raw materials), a dose of 2 kg/ton is advised. This product is easy to mix during the feed mixing process without requiring special equipment.

Feed mills and integrators can integrate this product as part of a feed biosecurity program, especially during the rainy season or when raw materials are stored for long periods. With regular use, livestock performance is maintained, and losses due to mycotoxins can be minimized.

Conclusion

Biosolution's feed mycotoxin binder MOS, through the Feed Mycotoxin Binder Formula, has been proven effective in improving livestock performance in Indonesian commercial farms. Data show increased body weight, improved FCR, reduced mortality, and better gut health. With a safe physical binding mechanism and broad spectrum, this product is the right solution for feed mills and integrators facing mycotoxin contamination challenges.

For more information on specific dosages for your farm, consult with Biosolution's technical team via WhatsApp. See the full product at the Feed Mycotoxin Binder Formula product page.