Mycotoxin adsorbent + hepatoprotector
Effective adsorbent of mycotoxins, has hepatoprotective, osmoregulatory, choleretic properties, due to the presence of natural betaine, inositol and artichoke extract. Removes mycotoxins in the gastrointestinal tract, protects the liver of animals and birds, improves production. All components in Fintox Advance create a synergistic effect.
| Sorption capacity (in vitro) | Sorption capacity (in vitro) | ||
| AFLATOXIN B1 | 95,50% | TOXIN T2 | 85,00% |
| AFLATOXIN G1 | 98,95% | VOMITOXIN | 94,00% |
| AFLATOXIN M1 | 88,00% | FUMONISINE | 98,80% |
| AFLATOXIN B2 | 98,66% | CITRININE | 92,00% |
| AFLATOXIN G2 | 98,92% | FUMITOXIN | 89,00% |
1. Control of mycotoxins
Activated aluminosilicates and manano oligosaccharides from yeast cells and algae, thanks to a unique activation technology, provide high sorption activity against polar mycotoxins and exclude the possibility of sorption of useful ingredients (vitamins, microelements, etc.)
2. Hepatoprotective properties
The artichoke extract has a choleretic (increases the secretion of bile, improves its excretion from the ducts of the liver and gallbladder) and diuretic effects, and also has a detoxifying function.
Betaine has osmoprotective and hepatoprotective properties.
L-carnitine is a vitamin-like substance that takes an active part in energy, fat and protein metabolism.
Inositol / vitamin B8 - has anti-stress (participates in the transmission of intercellular signals, helps transport molecules throughout the body) and membrane-protective (protects body cells from destruction) properties.
Essential for the synthesis of Lecithin (works in conjunction with Choline to prevent "fatty liver").
3. Prebiotic properties
Fructooligosaccharides and inulin stimulate the development of intestinal villi and saprophytic microflora (proliferation), reduce pathogenic microflora, and strengthen the immune system.
Ideal pore size (0.26-10 nm)
An important factor is the pore size of the adsorbent, as this indicator determines the ability to sorb on its surface only toxins. The pore size of 0.26-10 nm allows the passage of toxin molecules into the inner surface (the main absorbent surface), as their size is quite small, but does not allow the passage of nutrients and vitamins.
Ideal number of pores (300-400 mesh)
Controlling the number of pores allows you to produce an adsorbent with maximum sorption.
Cation exchange capacity (20-60 mg-eq)
Physical parameter that determines the force with which aluminosilicate attracts toxins to its surface and retains it.
Perfect physical structure of the inner surface
Control over the homogeneity of the flat surface of the internal pores of the adsorbent, allows you to get a product with the best separation of molecules that differ in geometry (toxin, vitamins) and with increased adsorption energy and retention time.
Pigs and poultry: 1.0-2.5 kg / ton of compound feed.
Cattle: 15-30 g / head per day.