SUKAXY ALK Alkaline Xylanase
Xylan is a polymer of glucose molecules and a major part of hemicellulose which hold the plant cell walls together. Aside from being the second most abundant polysaccharide, xylan is one of the foremost anti-nutritional factors commonly found in feedstuff raw materials. xylan is a gummy, mucous-like substance that is sometimes called wood gum. Materials used in animal feeds such as wheat and straw have plenty of xylan and are generally a large component of agricultural waste. For the feedstuff to be fully digestible and utilized properly, the plant cell wall must be broken down into smaller, usable fractions. Various xylanases are use in helping to degrade the cell walls on an industrial scale. Xylans are degraded by microorganisms and their xylanase enzymes. Recent studies on microbial xylanolytic activities have been geared towards induction of enzyme production under different conditions, purification, characterization and extensive use of this enzyme mainly for pulp bleaching purposes. Xylanase breaks down the hemicellulose component of plant cell walls. The action of xylanase enzyme helps break down the plant cell walls and it is this activity that has many applications in the food and paper-making industries, along with uses in agriculture and even for human health. There are a number of different types of xylanases produced by different microorganisms. Each type of enzyme is most active under specific conditions, such as at different pH levels and temperatures. An example is the type of xlanase used for composting which become most active at high temperatures. In this condition the enzyme production and organic waste degradation activity will be at its optimal state.
Xylanase and other lignin-degrading enzymes are used to release sugars from cellulose, hemi-cellulose, starch and other carbohydrates in the compost pile. Enhanced growth of desired microbial cultures in the composting heap will prevent the increase of undesirable microbes and vertebrates that produce undesirable odor, bad appearance and potential pathogenic characteristics. Over the years Sukahan (Weifang) Bio-Technology Co., Inc. have done much research to find the different conditions in relation to the optimal activity of each type of xylanase and have helped biotechnology determine particular commercial and industrial application each type is best suited for.
Details
Xylan is a polymer of glucose molecules and a major part of hemicellulose which hold the plant cell walls together. Aside from being the second most abundant polysaccharide, xylan is one of the foremost anti-nutritional factors commonly found in feedstuff raw materials. xylan is a gummy, mucous-like substance that is sometimes called wood gum. Materials used in animal feeds such as wheat and straw have plenty of xylan and are generally a large component of agricultural waste. For the feedstuff to be fully digestible and utilized properly, the plant cell wall must be broken down into smaller, usable fractions. Various xylanases are use in helping to degrade the cell walls on an industrial scale. Xylans are degraded by microorganisms and their xylanase enzymes. Recent studies on microbial xylanolytic activities have been geared towards induction of enzyme production under different conditions, purification, characterization and extensive use of this enzyme mainly for pulp bleaching purposes. Xylanase breaks down the hemicellulose component of plant cell walls. The action of xylanase enzyme helps break down the plant cell walls and it is this activity that has many applications in the food and paper-making industries, along with uses in agriculture and even for human health. There are a number of different types of xylanases produced by different microorganisms. Each type of enzyme is most active under specific conditions, such as at different pH levels and temperatures. An example is the type of xlanase used for composting which become most active at high temperatures. In this condition the enzyme production and organic waste degradation activity will be at its optimal state.
Xylanase and other lignin-degrading enzymes are used to release sugars from cellulose, hemi-cellulose, starch and other carbohydrates in the compost pile. Enhanced growth of desired microbial cultures in the composting heap will prevent the increase of undesirable microbes and vertebrates that produce undesirable odor, bad appearance and potential pathogenic characteristics. Over the years Shandong Sukahan Bio-Technology Co., Inc. have done much research to find the different conditions in relation to the optimal activity of each type of xylanase and have helped biotechnology determine particular commercial and industrial application each type is best suited for.
| WHAT IS SUKAXY ALK? |
| SUKAXY ALK is an alkaline xylanase preparation that degrades xylan. Xylan is a hemicellulose with a homopolymer backbone of xylose units that are linked by ?-1,4 glycosidic bonds. The xylan structure is linked with the lignin and pectin components which gives protection to the cellulose matrix. During cooking of pulps, the xylan is partially dissolved, modified and re-precipitates onto the fibre surface. The overall result of xylanase application is improved bleachability of the pulp with resulting reduction in usage of bleaching chemicals. The principal active ingredient of SUKAXY ALK is xylanase (endo-1,4-?-xylanase, EC 3.2.1.8), an enzyme that degrades and solubilizes plant xylans. SUKAXY ALK is derived from the submerged fermentation of a high xylanase producing strain of bacteria for the paper and pulp industry and is particularly suited to the elevated temperatures and alkaline pH of kraft pulps in pul and paper industry. The major enzyme responsible for the hydrolysis of xylan are xylanase (endo 1,4-a-D-xylanohydrolase, EC 3.2.1.8) and a-xylosidase (1,4-?-D-xylohydrolase, EC 3.2.1.37). Xylanase (1,4- D-xylan xylanhydrolase) catalyzes the random hydrolysis of 1,4- a-D-xylosidic linkages within the xylan structure thereby releasing xylo-oligosaccharides and xylobioses. ?-xylosidase hydrolyzes xylobiose and small xylooligo-saccharides to xylose. |
| CHARACTERISTICS: |
| SUKAXY ALK is available in liquid preparation as: SUKAXY ALK LQ 85 (with Activity of 85,000 U/mL) SUKAXY ALK LQ 17 (with Activity of 17,000 U/mL) SUKAXY ALK is most effective at: pH Range: 6.0 to 10.0 Temperature Range: 35°C to 65°C Unit Definition: The amount of enzyme needed to produce 1 μg xylose from xylan in one minute at specified conditions based on birchwood soluble xylan at pH 6 and 50°C over a 20 minute period. |
| APPLICATION & DOSAGE: |
| SUKAXY ALK xylanase can be added to pulp after cooking or oxygen delignification and prior to bleaching for the improvement of pulp bleachability. Almost every mill has unique conditions of fiber furnish, pulping technology and bleach sequence. The optimal dosage can also depend on the temperature, pH and consistency of the pulp. Call our technical personnel if you have questions regarding application and dosage of this product. |
| PACKAGING: |
| The solid preparation of SUKAXY ALK is packaged in plastic drums at 25 kilograms per drum. Alternative packaging is available upon request for smaller or larger quantities. |
| STORAGE & SHELF LIFE: |
| Store in a cool, dry place and away from direct sunlight. SUKAXY ALK maintains its activity for considerably longer time when stored at lower temperatures (below 25°C) and in the recommended conditions in its original container. However, the product should not be frozen. Keep this product out of reach of children. |
| HANDLING: |
| Even though SUKAXY ALK is not toxic and is biodegradable, ingestion should be avoided. In case of accidental contact with eyes, rinse immediately with water. Unnecessary contact and long term exposure to the product should also be avoided particularly for individuals who exhibit sensitivity and reaction to it. Wash hands with warm soapy water after each handling of SUKAXY ALK. |
| COMPLIANCE TO STANDARDS: |
| SUKAXY ALK is safe to use and meets People's Republic of China's commercial or industrial standards and regulations. |
| TECHNICAL SERVICE: |
| SHANDONG Sukahan Bio-Technology Co., Ltd. will provide technical services. Our authorized technical representatives will work closely with you to ensure successful use of this product and help you determine the best way to apply it under your particular operational conditions. |
| PRICE, PAYMENT & SHIPPING: |
| Minimum Order Quantity: Contact our authorized sales personnel for information regarding minimum order quantity. Product Sample: Call our office for the availability of product samples. Trial Order: Trial order quantity is negotiable. Port: FOB Qingdao Delivery Time: Normally 2 weeks after contract Payment Terms: L/C, T/T, Western Union Supply Availability & Price: Please call our authorized sales representatives for current prices and other important details. |