Mycostop Total

Synergistic combination for increased mycotoxin adsorption + liver function

Mycotoxins affect animal health, well-being, and performance, even at low and combined levels. Mycostop Total is a broad-spectrum, technologically advanced feed additive formulated to provide more comprehensive protection against polar and non-polar mycotoxins.

Mycotoxin adsorption plus liver function

A high-tech, multi-principle antimycotoxic additive (mineral adsorbent + yeast cell wall + hepatomodulator) that specifically acts as an adsorbent on mycotoxins, primarily aflatoxins, T2, deoxynivalenol (DON), zearalenone, and ochratoxin. Its combination with active ingredients that promote liver health makes it a dual tool for ensuring the care of the digestive system, improving its performance.

Mycotoxins

It eliminates mycotoxins from the intestinal lumen due to the high cation exchange capacity of its aluminosilicates (greater than 80 mEq/I).

Mycotoxins

It eliminates mycotoxins from possible absorption due to an adequate pore size in its aluminosilicates to sequester them (2.5 Å)

Immune response

It stimulates the intestinal immune response by greater activation of macrophages, which occurs thanks to its high proportion of Beta-Glucans.

Liver Function

Promotion of liver function at the exogenous and endogenous levels (hepatocyte regeneration)

Beta-Gucanos

The high concentration of Beta-Glucans (45%) in the selected yeast fraction allows a high adsorption capacity to mycotoxins

Broad-spectrum protection

against mycotoxins

Mycotoxins affect animal health, well-being, and performance, even at low and combined levels. Mycostop Total is a broad-spectrum technological feed additive formulated to provide more comprehensive protection against polar and nonpolar mycotoxins.

Its action combines high-capacity mineral adsorbents, enzymatic biotransformation agents, and protective extracts that support liver and antioxidant function. This ensures a higher level of feed safety, reducing the impact of mycotoxins on immunity, reproduction, and production efficiency.

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