Sunhy glucanase can contribute to improving the nutrients and growth performance of farm animals

Sunhy glucanase

Sunhy glucanase, is a efficacious β-glucanase, can help to reduce the anti-nutritional effect of β-glucan, increase the utilization of nutrients, and improve the growth and production performance of farm animals.

What are the anti-nutritional effects of β-glucan ?

β-glucan, as one of non-starch polysaccharides, also is one of anti-nutritional factors in some plant ingredients, such as barley, cottonseed meal, etc. And, the anti-nutritional effects of β-glucan as follows:

1) Physical barrier

β-glucan is commonly found in plant cell-wall, and has the effect of preventing the nutrients from being digested and lowering the utilization of nutrients by decreasing the interaction between digestive enzymes and nutrients.

2) Viscosity effect

Water-soluble β-glucan can increase the viscosity of chyme, which would result in the lower utilization of nutrients by Impeding the contact of nutrients and the mucosa of the small intestine. Besides, Water-soluble β-glucan can also swell with intestinal moisture to slow down the spread of nutrients.

Why is exogenous glucanase needed in feed ?

The exogenous β-glucanase can help to hydrolyze the β-glucan in plant ingredients, contribute to removing the anti-nutritional effects of β-glucan, enhance the utilization of nutrients, and improve the growth and production performance of animals.

Specification

Characteristics

1) Good resistance to heat;

2) Good resistance to endogenous digestive enzymes;

Benefits

1) Break the cell wall structure of plant ingredients;

2) Release intracellular nutrients of plant ingredients;

3) Reduce the viscosity of the chyme;

4) Improve the absorption of nutrients, and improve the utilization of nutrients;

5) Improve the intestinal morphology of animals;

6) Improve the growth and production performance of animals.

Package, Shelf-life and Storage

Package: 25kg/bag

Shelf-life: 12 months in original packing

Storage: Keep away from heat, moisture, and direct sunlight.