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植物植酸酶
相关语句
  plant phytase
     Study on the Applied Properties of Plant Phytase
     植物植酸酶应用特性的研究
短句来源
     Plant phytase and its feeding value
     植物植酸酶及其饲用价值
短句来源
     PLANT PHYTASE AND ITS APPLIED PROSPECT IN FEED
     植物植酸酶及其在饲料中的应用前景
短句来源
     Plant phytase not only can act on endogenous phytates,butalso can act on phytates from other ingredients.
     植物植酸酶不但能分解内源植酸磷 ,对外源植酸磷同样有明显的降解作用。
短句来源
  “植物植酸酶”译为未确定词的双语例句
     Phytase of microbial and plant has optimal activity in pH5.0 and pH5.5 respectively,and temperature and pH has interaction on activity of phytase.
     微生物植酸酶、植物植酸酶分别在 p H5 .0、 p H5 .5具有最高活性 ,温度和 p H对植酸酶活性的影响存在明显互作。
短句来源
     Interaction existed between the effects of temperature and pH on the phytase activity.
     温度与pH对植物植酸酶活性的影响存在互作效应
短句来源
     Study on properties in vitro and roles of phytase in poultry 1.The properties of phytase of microbial and plant origins and affecting factors in vitro
     植酸酶的特性及其在家禽饲粮中应用的研究 1.微生物植酸酶、植物植酸酶特性的测定与影响因素的研究
短句来源
     The properties of phytase of microbial and plant origins and affecting factors to phytase activity were measured in vitro.
     对微生物植酸酶、植物植酸酶的特性进行了测定 ,并在体外条件下对其影响因素进行了研究。
短句来源
     The results showed:activity of microbial and plant of phytase ins affected by pH,temperature,processing and storage.
     结果表明 ,微生物植酸酶和植物植酸酶的活性受 p H、温度、加工和贮藏因素的影响。
短句来源
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  相似匹配句对
     Study on the Applied Properties of Plant Phytase
     植物植酸酶应用特性的研究
短句来源
     Phytase and its Plant Genetic Engineering
     植酸酶及其植物基因工程
短句来源
     Sister Chronaatid Exchanges in Plant
     植物姐妹染色单体交换
短句来源
     snoRNA in Plants
     植物snoRNA
短句来源
     A study of phytase and its application
     植酸酶及其应用
短句来源
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  plant phytase
Comparison of genetically engineered microbial and plant phytase for young broilers.
      
Diurnal variation in degradation of phytic acid by plant phytase in the pig's stomach.
      


The properties of phytase of microbial and plant origins and affecting factors to phytase activity were measured in vitro.The results showed:activity of microbial and plant of phytase ins affected by pH,temperature,processing and storage.Phytase of microbial and plant has optimal activity in pH5.0 and pH5.5 respectively,and temperature and pH has interaction on activity of phytase.

对微生物植酸酶、植物植酸酶的特性进行了测定 ,并在体外条件下对其影响因素进行了研究。结果表明 ,微生物植酸酶和植物植酸酶的活性受 p H、温度、加工和贮藏因素的影响。微生物植酸酶、植物植酸酶分别在 p H5 .0、 p H5 .5具有最高活性 ,温度和 p H对植酸酶活性的影响存在明显互作。

Plant phytase not only can act on endogenous phytates,butalso can act on phytates from other ingredients.Supplying some plant feed ingredients which have endogenous phytase activity in diet can increase the digestibility and availability of phytate bound phosphorus,reduce phosphorus excretion from animal manure and improve production performance.Wheat have high endogenous phytase activity and sprouting can significantly increase its activity.Thus,it maybe possible to avoid the use of inorganic phosphate and...

Plant phytase not only can act on endogenous phytates,butalso can act on phytates from other ingredients.Supplying some plant feed ingredients which have endogenous phytase activity in diet can increase the digestibility and availability of phytate bound phosphorus,reduce phosphorus excretion from animal manure and improve production performance.Wheat have high endogenous phytase activity and sprouting can significantly increase its activity.Thus,it maybe possible to avoid the use of inorganic phosphate and expensive microbial phytase by supplying sprouting rich in phytase.

植物植酸酶不但能分解内源植酸磷 ,对外源植酸磷同样有明显的降解作用。在饲粮中添加植酸酶活性高的植物性饲料 ,可提高猪和家禽对植酸磷的利用率 ,降低粪便中磷的排泄量 ,提高生产性能。麦类籽实中具有较高的天然植酸酶活性 ,发芽能显著提高种子中植酸酶的活性 ,因而有希望通过发芽提高麦类籽实中的植酸酶活性 ,经提纯浓缩后可达到在实际生产中应用的水平 ,从而减少在饲料中添加无机磷或价格昂贵的微生物植酸酶。

Germinating at25℃,the phytase activity in the malts of Wheat NEAU123,Wheat NEAU973821and Barkey K2attained maximum at3rd day while Triticale92021,Triticale5305and Rye2only at first day.Compared with ungerminated seeds,the phytase activity in Wheat NEAU123,Wheat NEAU973821,Barley K2,Triticale92021,Triticale5305and Rye were2.04,2.55,4.63,1.36,1.82and2.45times higher respectively.For the phytase in triticale5305,the optimum temperature was50℃.It remained high activity between40℃and60℃.The optimum pH was5.5.When...

Germinating at25℃,the phytase activity in the malts of Wheat NEAU123,Wheat NEAU973821and Barkey K2attained maximum at3rd day while Triticale92021,Triticale5305and Rye2only at first day.Compared with ungerminated seeds,the phytase activity in Wheat NEAU123,Wheat NEAU973821,Barley K2,Triticale92021,Triticale5305and Rye were2.04,2.55,4.63,1.36,1.82and2.45times higher respectively.For the phytase in triticale5305,the optimum temperature was50℃.It remained high activity between40℃and60℃.The optimum pH was5.5.When pH was below4.0or above7.0,the phytase almost totally inactivated.Interaction existed between the effects of temperature and pH on the phytase activity.

在25℃的条件下发芽 ,小麦东农123、小麦东农973821、大麦垦啤2号在第3天植酸酶活性达到最高 ,分别为原来的2.04、2.55、4.63倍 ;小黑麦92021、小黑麦5305及黑麦2号在第1天即达到最大 ,为发芽前的1.36、1.82和2.45倍。小黑麦5305中植酸酶的适宜温度为50℃ ,在40℃~60℃范围内可保持较高的酶活 ;适宜pH为5.5 ,低于4.0或高于7.0 ,酶活性基本丧失。温度与pH对植物植酸酶活性的影响存在互作效应

 
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