Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维蛋白酶和胰凝蛋白酶的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结果发现,活性炭脱效果最好,但其脱凝力较小;硅胶脱效果较好,且脱养液的凝力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究其体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

以我国来源丰富且价格低廉的玉米蛋白为原料,选用嗜热菌蛋白酶、胰凝蛋白酶、胰蛋白酶和碱性蛋白酶等4种酶来水解玉米蛋白制备降血压肽。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

目的建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究其酶学性质。方法采用离子交换层析直接将木瓜凝蛋白酶分离纯化,通过温度、葡萄糖、盐酸胍及其他因素研究酶学性质。

Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维蛋白酶和胰凝蛋白酶的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结发现,活性炭脱最好,但其脱后凝力较小;硅胶脱较好,且脱后培养液的凝力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有的木瓜凝蛋白酶分离纯化方法,并研究其体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

本实验以我国来且价格低廉的玉米蛋白为原料,选用嗜热菌蛋白酶、胰凝蛋白酶、胰蛋白酶和碱性蛋白酶等4种酶来水解玉米蛋白制备降血压肽。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

目的建立简单有的木瓜凝蛋白酶分离纯化方法,并研究其酶学性质。方法采用离子交换层析直接将木瓜凝蛋白酶分离纯化,通过温度、葡萄糖、盐酸胍及其他因素研究酶学性质。

Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维蛋白酶和胰凝蛋白酶的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结果发现,活性炭脱色效果最好,但其脱色后凝力较小;硅胶脱色效果较好,且脱色后培养液的凝力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究其体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

本实验以我国来源丰富且价格低廉的玉米蛋白为原料,选用嗜热菌蛋白酶、胰凝蛋白酶、胰蛋白酶和碱性蛋白酶等4种酶来水解玉米蛋白制备降血。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

的建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究其酶学性质。方法采用离子交换层析直接将木瓜凝蛋白酶分离纯化,通过温度、葡萄糖、盐酸胍及其他因素研究酶学性质。

Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维和胰凝的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结果发现,活性炭脱色效果最好,但其脱色后凝力较小;硅胶脱色效果较好,且脱色后培养液的凝力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有效的木瓜凝分离纯化方法,并研究其体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

本实验以我国源丰富且价格低廉的玉米为原料,选用嗜热菌、胰凝、胰和碱性等4种玉米制备降血压肽。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

目的建立简单有效的木瓜凝分离纯化方法,并研究其学性质。方法采用离子交换层析直接将木瓜凝分离纯化,通过温度、葡萄糖、盐酸胍及其他因素研究学性质。

Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维蛋白凝蛋白的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结果发现,活性炭脱色效果最好,但其脱色后凝力较小;硅胶脱色效果较好,且脱色后培养液的凝力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有效的木瓜凝蛋白分离纯化方法,并研究其体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

本实验以我国源丰富且价格低廉的玉米蛋白为原料,选用嗜热菌蛋白、凝蛋白、蛋白碱性蛋白等4水解玉米蛋白制备降血压肽。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

目的建立简单有效的木瓜凝蛋白分离纯化方法,并研究其学性质。方法采用离子交换层析直接将木瓜凝蛋白分离纯化,通过温度、葡萄糖、盐酸胍及其他因素研究学性质。

Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维酶和胰酶的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结果发现,活性炭脱色效果最好,但其脱色后力较小;硅胶脱色效果较好,且脱色后培养液的力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有效的木酶分离纯化方法,并研究其体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

本实验以我国来源丰富且价格低廉的玉米为原料,选用嗜热菌酶、胰酶、胰酶和碱性酶等4种酶来水解玉米制备降血压肽。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

目的建立简单有效的木酶分离纯化方法,并研究其酶学性质。方法采用离子交换层析直接将木酶分离纯化,通过温度、葡萄糖、盐酸胍及其他因素研究酶学性质。

Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维蛋白酶和胰凝蛋白酶的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结果发现,活性炭脱色效果最,脱色后凝力较小;硅胶脱色效果较,且脱色后培养液的凝力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

本实验以我国来源丰富且价格低廉的玉米蛋白为,用嗜热菌蛋白酶、胰凝蛋白酶、胰蛋白酶和碱性蛋白酶等4种酶来水解玉米蛋白制备降血压肽。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

目的建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究酶学性质。方法采用离子交换层析直接将木瓜凝蛋白酶分离纯化,通过温度、葡萄糖、盐酸胍及他因素研究酶学性质。

Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维蛋白酶和胰凝蛋白酶的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结果发现,活性炭脱色效果最好,但其脱色后凝力较小;硅胶脱色效果较好,且脱色后培养液的凝力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究其体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

本实验以我国来源丰富且价格低廉的玉米蛋白为原料,选用嗜热菌蛋白酶、胰凝蛋白酶、胰蛋白酶和碱性蛋白酶等4种酶来水解玉米蛋白制备降血。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

的建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究其酶学性质。方法采用离子交换层析直接将木瓜凝蛋白酶分离纯化,通过温度、葡萄糖、盐酸胍及其他因素研究酶学性质。

Highly active inhibitor of fibrinolysin and chymotrypsin.

溶纤维蛋白酶和胰凝蛋白酶的高活性抑制剂。

The results showed that the activated charcoal was the best in the decolorizing, but its curding strength decreased almost to zero.

结果发现,活性炭脱色效果最好,但其脱色后凝力较;脱色效果较好,且脱色后培养液的凝力也较高。

Objective:To establish a simple and effective procedure for purification of chymopapain and study about its effect on nucleus pulposus in vitro.

建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究其体外溶核作用。

In this study, zein, a very abundant and cheap crop in China was hydrolyzed by thermolysin, chymotrypsin, trypsin and alkaline protease for processing antihypertensive peptides.

本实验以我国来源丰富且廉的玉米蛋白为原料,选用嗜热菌蛋白酶、胰凝蛋白酶、胰蛋白酶和碱性蛋白酶等4种酶来水解玉米蛋白制备降血压肽。

Objective To develop a simple and effective m etho d for the separation and purification of chymopapain and study the zymological p roperty of the enzyme.

目的建立简单有效的木瓜凝蛋白酶分离纯化方法,并研究其酶学性质。方法采用离子交换层析直接将木瓜凝蛋白酶分离纯化,通过温度、葡萄糖、盐酸胍及其他因素研究酶学性质。