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Habio Pectinase Powder Hydrolyzing Pectin And Fiber Polysaccharide Product Overview Pectin is an adhesion substance existing in plant cell walls and cells, which is linked by α-1,4 bonds of galacturonic acid. Animal intestinal lacks lignin and pectin decomposition enzymes, in mature plant cell walls...
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Habio Multi-enzyme/Compound enyzme/NSP enzyme Product Overview Feed ingredients contain a number of anti-nutritional factors, such as phytic acid, NSP, soybean agglutinin, protein inhibitors, prolamin, etc., which not only affects the digestion and utilization rate of nutrients but also causes ...
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High-Temp Phytase Why Do We Need Phytase? As a common anti-nutritional factor, phytatephosphorus occupies 60%-80% of the totalphosphorus in feed ingredients and can't beused by animals. Phytic acid chelates metalions and proteins, and forms insoluble che-lates, thus causing a lack of trace elements ...
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Advanced Cellulase for Fiber Degradation, Better Feed Efficiency and Nutrient Release Product Description Cellulose is widely present in cereal grains and plant protein meals but is difficult for animals to digest due to its complex fiber structure. Excess cellulose may reduce nutrient availability, ...
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Feed β-Mannanase Enzyme for Improved Nutrient Digestibility and Feed Efficiency | Habio β-Mannanase Product Description β-Mannan is a common anti-nutritional factor found in feed ingredients such as soybean meal, palm kernel meal, copra meal, and guar meal. It can increase intestinal viscosity, ...
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Factory Direct Supply Feed α-Amylase Enzyme for Improved Starch Digestibility and Energy Utilization | Habio α-Amylase Starch is one of the primary energy sources in animal feed, accounting for 60–80% of the dietary energy supply in monogastric animals. However, starch digestibility is often limited ...
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High-Stability Xylanase Enzyme for NSP Degradation and Reduced Chyme Viscosity Product Description Habio Xylanase is a high-performance feed enzyme developed for the efficient degradation of xylan and other non-starch polysaccharides (NSPs) in plant-based feed materials. The enzyme hydrolyzes xylan ...
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Advanced Feed Xylanase for Better Feed Utilization and Animal Performance Product Description Non-starch polysaccharides (NSPs) such as xylan can negatively affect nutrient digestibility and animal performance by increasing intestinal viscosity and limiting access to nutrients inside plant cell ...
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