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Aquaculture Nutrition Solutions

The management and prevention of aquatic animal diseases and its sustainable development have become one of the primary tasks of aquaculture.

Yeast-based products for animal nutrition from FUBON by Angel Yeast provides efficient and sustainable products and solutions for aquaculture, which aims to enhance the immunity of aquatic animals, boost feed efficiency and palatability, and improve the aquaculture water environment. With FUBON, you will breed higher-quality aquatic animals, save costs and improve efficiency, and better realize the sustainable development of the aquatic industry.

Disease Control and Nutrion

YeaSense can bind to glycoprotein receptors on the cell wall of pathogenic bacteria, interfere with the normal metabolism of bacteria and inhibit the growth and reproduction of pathogenic bacteria, and cause cell membrane damage, loss of cytoplasm and lead to bacterial death. It has a good antibacterial effect on conventional aquatic pathogens: Aeromonas hydrophila, Pseudomonas fluorescens, Edwards, Aeromonas veteri, Streptococcus agalactiae, etc. The β-1,3-1,6-glucan in the YeaMOS can act on the surface receptors of immune cells to activate immune-related signal transduction pathways, prompt immune cells to release downstream signal molecules, and induce non-specific and specificity in the body Immune response.

-Antibacterial and growth promotion

-Enhance Immunity


-Intestinal microbial balance


Feed Efficiency

Yeast is a good source of natural nucleic acids. Yeast hydrolysate is rich in nucleic acid substances, among which guanylic acid (5' GMP) and inosinic acid (5' IMP) have the ability to enhance flavor, and yeast hydrolysate is rich in glutamic acid, etc. , The mixture of the three produces a significant synergistic effect of freshness enhancement, which can have a strong effect of attracting aquatic animals.

GroPro Aqua

-Promotes growth


-Gut health and growth promotion

Feed Quality

BioBon can fully superimposed with the lipoid groups and ketone groups of toxins such as zearalenone and vomitoxin through hydrogen bonds and van der Waals forces to form a polysaccharide-toxin complex with a special spiral space structure. Forms a tight combination with a variety of mycotoxins, which makes the adsorption firmer.

-Reduces mycotoxin risk

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