β- mannanase Alias: within -1,4-Β- Mannanase; Mannanase English name: Mannanase, endo-1,4-beta- CAS Number: 37288-54-3 EINECS Number: 253 -446-5 Specifications: enzyme activity 10000, 50000 enzyme activity, the enzyme activity 100,000 β- mannanase its mechanism of action β- mannanase (endo-1,4-β-mannase) is a The new enzymes, enzymes belonging hemicellulose, which in addition to (NSP) enzymes are generally the role of non-starch polysaccharide - degrading NSP, reduced intestinal viscosity, promote digestion and absorption of nutrients outside; Recently, many studies have shown that β- mannanase is a multifunctional growth-promoting agent, which can promote the secretion of insulin-like growth factor IGF-I, and promote protein synthesis, increase lean meat; at the same time, it can also eliminate the beans are rich The β- mannan interference glucose uptake, especially soybean meal greatly improved energy digestibility. Actual production showed that dietary β- mannanase can significantly improve the resistance and uniformity animals. β- mannanase in both mechanisms in Figure 1, which can effectively improve the growth performance of pigs and poultry monogastric animals. Especially under stress conditions, β- mannanase can make significant improvements in growth performance. Generally believed that insulin-like growth factor (IGF-I) is a real growth of livestock and poultry regulatory factors, growth hormone (GH) is a growth-promoting effect of IGF-I-mediated. IGF-I acts on the growth of the organization, the use of amino acids stimulate cells to promote protein synthesis, inhibiting protein breakdown, eventually resulting in a net increase in protein. β- mannanase to improve animal performance mechanisms. Its mechanism of disease prevention: First β- mannanase can act directly on the intestinal mucosa, combined with point cut heartbroken epithelial cells and pathogens that core base of carbohydrates, protein, carbohydrate and protein; the second is The reaction product of β- mannanase Mannan oligosaccharides, mannan oligosaccharide can competitively combine with certain pathogens, thereby reducing the coupling of these harmful bacteria and intestinal epithelial cells, thereby reducing the probability of onset, to disease prevention disease and treatment purposes. The effect of pH on the activity of β- mannanase 5000, storage time on the stability of β- mannanase 5000 (month) β- mannanase nutritional role ◆ can degrade water soluble non-starch feed polysaccharides, such as mannan anti-nutritional factors and immune-stimulating factor. ◆ improve metabolism chickens, hens, pigs can feed, corn-soybean meal diets improve 80-150kcal / kg of metabolizable energy. ◆ reduce intestinal viscosity, improve digestion and utilization of nutrients. ◆ reduce the morbidity and mortality of livestock and poultry. ◆ lower feed conversion, improve feed conversion rate. ◆ improve laying rate, egg weight increased. ◆ promote animal digestion and absorption of nutrients, especially energy, digestion and absorption; under stressful environment, reduce livestock mortality; increased evenness groups. Sale price: Enzymes 10000 20000 / ton enzyme activity 50000, 115 / kg enzyme activity 100 000, 215 / kg