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FUMzyme® Silage

FUMzyme® Silage

Fumonisins control for silage, A-maize-ing!

FUMzyme® Silage is a unique additive sprayed onto corn (maize) at harvest that targets and detoxifies harmful fumonisins, so that the resulting silage is safe and fumonisin-free for livestock nutrition.

FUMzyme® Silage drastically reduces the fumonisins load of silage material in a matter of minutes. 

    Benefits:

    • The only commercial product proven to remove fumonisins from silage material 
    • Easy-to-use
    • Safe & effective 
    • No special equipment needed 

    How to apply FUMzyme® Silage

    With an easy dilution by itself or in combination with other silage additives, FUMzyme® Silage can be sprayed at harvest with conventional harvester sprayer equipment. 

    The easy application of FUMzyme® Silage requires no further intervention in the normal ensiling process. Silage bunk filling, compaction and proper sealing proceed as usual. 

    Once an adequate lactic acid fermentation has been achieved and the ensiling process has finished, the silage pit can be opened. The result will be a safe, fumonisins-free maize silage for optimum livestock nutrition. 

    Apply FUMzyme® Silage easily. 1) Dilute the product in water. 2) Add to the sprayer tank. 3) Harvester sprayer applies product during harvest.
    Apply FUMzyme® Silage easily. 1) Dilute the product in water. 2) Add to the sprayer tank. 3) Harvester sprayer applies product during harvest.

    Why do we need fumonisins control for silage?

    FUMzyme® Silage was developed to help the dairy, beef and pork industries effectively manage the health and performance challenges posed by mycotoxins in cattle and swine.

    Fumonisins are mycotoxins produced by Fusarium proliferatum and F. verticilloides that often contaminate corn and other livestock feed materials pre-harvest.

    Fumonisins undertake harmful synergistic interaction with other mycotoxins and cause a variety of problems in livestock, including impaired growth, less welfare and greater susceptibility to disease.

    Unlike aflatoxins and due to their chemical structure, fumonisins cannot be bound by mycotoxin binders or adsorbents.

    The figure demonstrates the pH dependency of adsorption of fumonisin by different binders on the market
    Conventional binders are pH dependent when it comes to adsorption of fumonisins. The figure demonstrates the pH dependency of adsorption of fumonisin by different binders on the market

    At the pH range common in farm animals’ digestive tracts (e.g. between between 5.7 and 7.3), most conventional binders are not particularly effective—which is why an enzyme-based solution is needed.

    FUMzyme®

    FUMzyme® Silage contains FUMzyme®, our breakthrough, patented and registered purified enzyme that turns fumonisins into non-toxic metabolites1.

    BIOMIN engineered a specific, purified enzyme (a fumonisin esterase) that biotransforms fumonisins into non-toxic metabolites according to the following reaction:

    1Regulation EU No. 1115/2014, 2017/913 and 2018/1568

    FUMzyme®
    FUMzyme®

    In vitro and in vivo efficacy

    The detoxifying activity of FUMzyme® was confirmed in vitro and in commercial farm experiments. FUMzyme® Silage has proven its capacity of degrading fumonisins in maize whole-plant silage as well as high-moisture corn grain silage.

    Degradation of fumonisins in whole-plant corn through days of ensiling process with and without the addition of FUMzyme® Silage.
    Figure 1. Degradation of fumonisins (initial contamination= 2800ppb) in whole-plant corn through days of ensiling process with and without the addition of FUMzyme® Silage.
    Degradation of fumonisins in shredded high moisture corn grains through days of ensiling process with and without the addition of FUMzyme® Silage.
    Figure 2 . Degradation of fumonisins (initial contamination= 1440 ppb) in shredded high moisture corn grains through days of ensiling process with and without the addition of FUMzyme® Silage.
    Degradation of fumonisins in shredded high moisture corn grains through timepoints of ensiling process with the addition of FUMzyme® Silage in a commercial farm.
    Figure 3. Degradation of fumonisins (initial contamination= 1300 ppb) in shredded high moisture corn grains through timepoints of ensiling process with the addition of FUMzyme® Silage in a commercial farm.

    Certain statements may not be applicable in all geographical regions. Product associated claims may differ based on government requirements.
    Product availability may vary by country, please contact BIOMIN for more information.

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