Catabolite repression is considered as a main factor controlling yield of cellulases.

降解物阻遏是菌株控制其产量的主要调节机制。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混和纤维素中,二者产生协和作用,在处理的速度和均匀度方面,是较有效的煮练。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

摘要研究了小荚蛏蛋白、淀粉和纤维素在不同季节的活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变株固体发酵产纤维素的最佳条件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

以棉浆，废盐酸水解催化剂，所得成革用微晶纤锥素增粘剂的质量指标达到了德国和日本同类产品的标准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利用纤维素和蛋白各自优势进行生物处理，以去除职物表面的茸毛，改善织物手感。

Catabolite repression is considered as a main factor controlling yield of cellulases.

降物阻遏是菌株控制其产量的主要制。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混合果胶和纤维素中,二者产生协和作用,在处理的速度和均匀度方面,是较有效的煮练。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

摘要研究了小荚蛏蛋白、淀粉和纤维素在不同季的活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变株固体发酵产纤维素的最佳条件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

以棉浆原料，废盐酸催化剂，所得合成革用微晶纤锥素增粘剂的质量指标达到了德国和日本同类产品的标准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利用纤维素和蛋白各自优势进行生物处理，以去除职物表面的茸毛，改善织物手感。

Catabolite repression is considered as a main factor controlling yield of cellulases.

降解物阻遏是菌株控制其产量主要调节机制。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混合果胶和纤维素中,二者产生协和作用,在处理速度和均匀度方面,是较为有效煮练。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

摘要研究了小荚蛏蛋白、淀粉和纤维素在不同季节活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变株固体发酵产纤维素最佳条件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

以棉浆为原料，废盐酸为水解催化剂，所得合成革用微晶纤锥素增粘剂质量指达到了德国和日本同类产准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利用纤维素和蛋白各自优势进行生物处理，以去除职物表面茸毛，改善织物手感。

Catabolite repression is considered as a main factor controlling yield of cellulases.

降解物阻遏是菌株控制其量的主要调节机制。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混合果胶和纤维素中,二者生协和作用,在处理的速度和均匀度方面,是较为有效的煮练。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

摘要研究了小荚蛏蛋白、淀粉和纤维素在不同季节的活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变株固体发酵纤维素的最佳条件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

以棉浆为原料，废盐酸为水解催化剂，所得合成革用微晶纤锥素增粘剂的质量指标达到了德国和日本同的标准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利用纤维素和蛋白各自优势进行生物处理，以去除职物表面的茸毛，改善织物手感。

Catabolite repression is considered as a main factor controlling yield of cellulases.

降解物阻遏是菌株控制其产量的主要调节机制。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混合果胶和中,二者产生协和作用,在处理的速度和均匀度方面,是较为有效的煮练。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

摘要研究了小荚蛏蛋白、淀粉和在不同季节的活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变株固体发酵产的最佳件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

棉浆为原料，废盐酸为水解催化剂，所得合成革用微晶锥增粘剂的质量指标达到了德国和日本同类产品的标准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利用和蛋白各自优势进行生物处理，去除职物表面的茸毛，改善织物手感。

Catabolite repression is considered as a main factor controlling yield of cellulases.

降解物阻遏是菌其产量的主要调节机。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混合果胶和纤维素中,二者产生协和作,在处理的速度和均匀度方面,是较为有效的煮练。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

摘要研究了小荚蛏蛋白、淀粉和纤维素在不同季节的活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变固体发酵产纤维素的最佳条件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

以棉浆为原料，废盐酸为水解催化剂，所得合成晶纤锥素增粘剂的质量指标达到了德国和日本同类产品的标准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利纤维素和蛋白各自优势进行生物处理，以去除职物表面的茸毛，改善织物手感。

Catabolite repression is considered as a main factor controlling yield of cellulases.

降解物阻遏是菌株控制量的主要调节机制。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混果胶和纤维素中,二者生协和作用,在处理的速度和均匀度方面,是较为有效的煮练。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

摘要研究了小荚蛏蛋白、淀粉和纤维素在不同季节的活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变株固体发酵纤维素的最佳条件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

以棉浆为原料，废盐酸为水解催化剂，所革用微晶纤锥素增粘剂的质量指标达到了德国和日本同类品的标准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利用纤维素和蛋白各自优势进行生物处理，以去除职物表面的茸毛，改善织物手感。

Catabolite repression is considered as a main factor controlling yield of cellulases.

降解物阻遏是菌株控制其产量的主要调节机制。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混合果胶和纤维素中,二者产生协和作用,在处理的速度和均匀度方面,是较为有效的。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

要研究了小荚蛏蛋白、淀粉和纤维素在节的活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变株固体发酵产纤维素的最佳条件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

以棉浆为原料，废盐酸为水解催化剂，所得合成革用微晶纤锥素增粘剂的质量指标达到了德国和日本类产品的标准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利用纤维素和蛋白各自优势进行生物处理，以去除职物表面的茸毛，改善织物手感。

Catabolite repression is considered as a main factor controlling yield of cellulases.

降物阻遏是菌株控制其产量的主要制。

Combination of pectinases and cellulases can pro-duce consonancy effect and make scou ring more effective.

在混合果胶和纤维素中,二者产生协和作用,在处理的速度和均匀度方面,是较有效的煮练。

The activity variations of protease, amylase and cellulase of Siliqua minima in different seasons were studied.

摘要研究了小荚蛏蛋白、淀粉和纤维素在不同季的活力变化。

The study aimed to discuss the optimum conditions of Thermophilic sporotrichum mutant strain TH3-9 for producing cellulase.

探讨嗜热侧孢霉TH3-9突变株固体发酵产纤维素的最佳条件。

The viscosity increaser of microcrystalline cellulase used in synthetic leather is prepared by using cotton pulp as raw material and waste hydrochloric acid as hydrolyst.

以棉浆原料，废盐酸催化剂，所得合成革用微晶纤锥素增粘剂的质量指标达到了德国和日本同类产品的标准。

By using of the advantages of cellulase and protease, biological enzyme treatment was carried out so as to remove lousiness on fabric surface and improve fabric hand.

利用纤维素和蛋白各自优势进行生物处理，以去除职物表面的茸毛，改善织物手感。