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| Most microorganisms capable of degrading cellulose and xylan synthesize a range of isoenzymes with very similar substrate specificities (1). However, xylan present in cell wall and also in the middle of lamella of plant cells is heterogeneous in structure and not degradable by a single enzyme but by a xylanolytic enzyme complex (4). Among these enzymes, endo-1,4-¦Â-xylanase and ¦Â-D-xylosidase have been extensively studied. Others such as those containing acetylxylan esterase, arabinase, R-glucuroni-discovered during recent years (5). Since xylan hydrolysates such as xylose and xylo-oligosaccharides can be good for animal feeds and pharmaceutical, chemical, and health food industries (5), many scientists are attracted to investigate xylanases (6). |
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godjoy(½ð±Ò+1): 2010-03-05 21:46
godjoy(½ð±Ò+1): 2010-03-05 21:47
godjoy(½ð±Ò+1): 2010-03-05 21:47
| ´ó¶àÊý¾ßÓнµ½âľÖÊËØºÍľ¾ÛÌÇÄÜÁ¦µÄ΢ÉúÎïºÏ³ÉһϵÁкÍÌØÒìÐÔø×÷ÓÃÎïÀàËÆµÄͬ¹¤Ã¸¡£µ«ÊÇϸ°û±ÚÄÚºÍÖ²Îïϸ°ûÖмäĤ²ãÄڵľ¾ÛÌÇÔڽṹºÍ±»Ä¾¾ÛÌÇÀิºÏø½µ½âÉÏÊǶàÑùµÄ¡£¶ø¶ÔÓÚµ¥Ò»µÄøÊDz»¿É½µ½âµÄ¡£ÔÚÕâЩ¾ßÓнµ½âÄÜÁ¦Ã¸ÖУ¬endo-1,4-¦Â-xylanase ºÍ ¦Â-D-xylosidase½üÄêÀ´±»¹ã·ºµÄÑо¿£¬»¹ÓÐÁíÍâһЩøÏñº¬ÓÐÒÒõ£Ä¾¾ÛÌÇõ¥£¬°¢À²®ÌÇ£¬R-glucuroni-discovered¡£ÒòΪľ¾ÛÌÇË®½â²úÎïÏñľÌǺÍľÌÇÐ͵;۹ÑÌǶÔÓÚ¶¯ÎïËÇÁÏÒµ£¬ÖÆÒ©Òµ£¬»¯Ñ§ÔÖÆÔìÒµÁϺͱ£½¡Æ·ÖÆÔìÒµÓкܴóµÄ»ý¼«×÷Óã¬ËùÒÔ¿ÆÑ§¼ÒÃÇÖÂÁ¦ÓÚÑо¿Ä¾¾ÛÌÇø¡£ |

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