Natox Plus

NATOX + is a specially designed broad spectrum toxin binder & mould inhibitor containing Hydrated Sodium Calcium Aluminosilicate (HSCAS), Organic acids, Mannon Oligosaccharide & Neem leaf powder, which binds with wide range of mycotoxins & pesticide residues present in feed.

Mycotoxins are a group of chemical produced by certain fungi when they get a conducive environment. Feed raw materials & finished feed are inevitably contaminated with a wide range of moulds & mycotoxins, resulting in reduction of quality & palatability of feed. Many of the production problems that are inexplicable are mostly related to mycotoxins and their adverse effects. Mycotoxins present various dangers including reduced immune response, reduced feed intake, nutrient absorption as well as reproduction related uses. HSCAS & MOS bind & absorb a wide range of toxins while the organic acids in NATOX + prevent mould growth & improve feed palatability. The Neem leaf powder in NATOX + is a well known herb that exhibits immuno-modulatory, anti-fungal, anti-oxidant, anti-bacterial, anti-viral and hepatoprotective properties.

Benefits:

• It is a wide spectrum Mycotoxin deactivator tool.
• Prevents growth of mould & bacteria in feed.
• Mannan-oligosaccharide (MOS) contribute to an adequately balanced bacterial population in the bowels and have been known to improve gastrointestinal health as well as overall health.
• Thermodynamically treated *HSCAS functions as wide spectrum mycotoxin deactivator tool.
• Anti microbial Neem leaf powder maintains liver function.
• Buffered Organic acid (Acetic acid) lowers the pH of feed and preserves the activity of other nutrients and drugs in the feed and gut. It is widely used for its Anti-fungal and Anti-bacterial property.
• It has low cationic exchange capacity and bipolar electrical charges which make it ideal to absorb a wide range of toxins: (Aflatoxin B1, Zearalenone, Ocratoxin, Vomitoxin, Fumonisin, T2, Citrinin)
• Binds the chemical groups that make up the toxins (Mycotoxins) through Van der Waals forces, and converts them to compounds of larger sizes which prevents their adsorption into the animal’s intestinal wall.
• It does not expand, which results in a low capacity of water adsorption.