Product Description
In ruminant production, low digestibility of diet is the main factor limiting the production capacity. In modern dairy milk cows and fattening cattle production, in order to pursue higher production efficiency, the level of concentrate feed is usually increased. Starch and soluble sugars in concentrate feed will degrade rapidly in rumen, reducing the pH value in rumen and decreasing the cellulolytic bacteria activity, effecting fiber utilization, serious impacting on cattle health and production performance.
Ruminants Feed Cellulase Enzyme is formulated based on characteristics of rumen microbial fermentation, digestion of intestinal nutrient, and diet of ruminant. It could increase the productive performance of ruminants.
Enzyme Activity Definition.
1 unit of cellulase equals to the amount of enzyme, which degrades 4 mg/ml sodium carboxymethyl cellulose to release 1 μmol reducing sugar (in glucose) in 1 min, at 37℃ and pH 5.5.
Product Specification
≥3,000u/g~20,000u/g
Application Method
The amount of additive varies according to the structure of the raw material. Please contact us for details
Product Feature
Ruminants Feed Cellulase Enzyme causes the milk yield and milk fat percentage of dairy cows with addition cellulase in feed are higher than no use. It could effectively increase the performance of dairy cow, and improve the quality of feed Daily milk yield and milk fat of experimental cows were increased 4.49% and 13.65% respectively
Product Function
1. Ruminants Feed Cellulase Enzyme destroies the structure of plant cell wall and hydrolyze viscous NSP of the feed.
2. Ruminants Feed Cellulase Enzyme increase volatile fatty acid (VFA) production in the rumen, improve energy utilization.
3. Ruminants Feed Cellulase Enzyme degrades viscosity of chyme, promote the release of feed nutrients, and improve the digestibility of nutrients.
4. Ruminants Feed Cellulase Enzyme improves intestinal microbial component, reduce the incidence of mastitis.
5. Ruminants Feed Cellulase Enzyme reduces environmental pollution, by reducing excretion of nitrogen and phosphorus.
