iNuxA-B4^®

iNuxA-B4^™, much more than a natural source of choline

Why choose iNuxA-B4^™?

Effective and 100% natural alternative to choline chloride;
Non-hygroscopic, making it easy to handle in animal nutrition premixes and feed mills;
Superior stability, resistant to extrusion temperatures;
Does not react with other ingredients, such as vitamins and pigments present in premix formulas and fish and shrimp feeds;
Reduced dosage, freeing up space and reducing feed and premix formulation costs;
Helps prevent hepatic steatosis, contributing to liver health and improving zootechnical performance;
Reduces vitamin premix, storage, and transportation costs thanks to the lower volume of product required.

More benefits for fish and shrimp nutrition with lower formulation costs

Choline chloride plays an important role in vitamin premixes and feed formulations, but its hygroscopic nature makes it difficult to handle in animal nutrition feed and premix factories.

In addition, its high reactivity can compromise the stability of vitamins and pigments in formulations

iNuxA-B4^™ allows 100% of choline chloride (CC) to be replaced in fish and shrimp diets, meeting the high choline requirements of these species.

With iNuxA-B4^™, these challenges can be overcome. Fish such as tilapia, salmon, and trout are often affected by fat accumulation in the liver. The natural choline in iNuxA-B4^® helps reduce these problems, promoting better liver health.

iNuxA-B4^™ provides highly bioavailable natural choline through phosphatidylcholine, as well as a unique combination of phytochemicals such as terpenoids and flavonoids, including rutin.

These compounds not only replace the function of choline chloride, but also offer additional benefits.

These phytochemicals stimulate PPARα receptors (peroxisome proliferator-activated receptors), optimizing fatty acid metabolism. This allows for more efficient utilization of lipids as an energy source.

As a result, iNuxA-B4^® helps reduce fat deposition in the liver, preventing hepatic steatosis and improving the zootechnical performance of fish and shrimp in intensive production systems.

iNuxA-B4^™ leads to improved zootechnical performance in fish and shrimp nutrition, enabling more efficient farming cycles and, consequently, a significant reduction in production costs.