The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖化增香在低盐浇林酱油中与米的协同发酵作用,确定了可应用于低盐浇淋酱油中的糖化增香的添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力的糖化酶的菌包括、、根、罗尔伏格菌和扣囊拟内孢等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

在添加糖化酶和纤维素酶的条件下,采用与假丝酵母发酵丢糟生产单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖增香在低盐浇林酱油中与米霉协同发酵作用,确定了可应用于低盐浇淋酱油中糖增香加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力糖酶霉菌包括黑霉、盛霉、根霉、罗尔伏格菌和扣囊拟内孢霉等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖在腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

在加糖酶和纤维素酶条件下,采用黑霉与假丝酵母发酵丢糟生单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖化增香曲在低盐浇林酱油中与米曲霉的协同发酵作用,确定用于低盐浇淋酱油中的糖化增香曲的添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力的糖化酶的霉菌包括黑曲霉、盛曲霉、根霉、罗尔伏格菌和扣囊拟内孢霉等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透患者体内增多，腹膜透效果差，且能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

在添加糖化酶和纤维素酶的条件下,采用黑曲霉与假丝酵母发酵丢糟生产单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖化增香盐浇林酱油中与米霉的协同发酵作用,确定了可应用于盐浇淋酱油中的糖化增香的添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力的糖化的霉菌包括黑霉、盛霉、根霉、罗尔伏格菌扣囊拟内孢霉等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

添加糖化维素的条件下,采用黑霉与假丝酵母发酵丢糟生产单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖化香曲在低林酱油中与米曲霉的协同发酵作用,确定了可应用于低酱油中的糖化香曲的添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力的糖化酶的霉菌包括黑曲霉、盛曲霉、根霉、罗尔伏格菌和扣囊拟孢霉等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透析患者体，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

在添加糖化酶和纤维素酶的条件下,采用黑曲霉与假丝酵母发酵丢糟生产单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖化增香曲在低盐浇林酱油中与米曲的协同发酵作用,确定了可应用于低盐浇淋酱油中的糖化增香曲的添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力的糖化酶的黑曲、盛曲、、尔伏格和扣囊拟内孢等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

在添加糖化酶和纤维素酶的条件下,采用黑曲与假丝酵母发酵丢糟生产单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖曲在低盐浇林酱油中与米曲霉的协同发酵作用,确定了可应用于低盐浇淋酱油中的糖曲的添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力的糖的霉菌包括黑曲霉、盛曲霉、根霉、罗尔伏格菌和扣囊拟内孢霉等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖产物在腹膜透析患者体内多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

在添加糖和纤的条件下,采用黑曲霉与假丝酵母发酵丢糟生产单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖化增低盐浇林酱油中与米霉的协同发酵作用,确定了可应用于低盐浇淋酱油中的糖化增的添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力的糖化酶的霉菌包括黑霉、盛霉、根霉、罗尔伏格菌扣囊拟内孢霉等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

添加糖化酶素酶的条件下,采用黑霉与假丝酵母发酵丢糟生产单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

研究糖化增香曲在低盐浇林酱油中与米曲的协同发酵作用,确定了可应用于低盐浇淋酱油中的糖化增香曲的添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解能力的糖化酶的菌包括黑曲、盛曲、根、罗尔伏格菌和扣囊拟等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示糖化产物在腹膜透析患者体增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

在添加糖化酶和纤维素酶的条件下,采用黑曲与假丝酵母发酵丢糟产单细胞蛋白饲料。

The synergy effects of glycos-esterifiable koji and Aspergillus oryzae on fermentation of low-salt soy sauce were investigated.

化增香曲在低盐浇林酱油中与米曲霉协同发酵作用,确定了可应用于低盐浇淋酱油中化增香曲添加量。

The molds having saccharifying enzyme capable of dehydrolyzing uncooked starch are Aspergillus niger, Aspergillus awamori,Rhizopus and endomycopsis fibuligera etc.

具有水解生淀粉能力化酶霉菌包括黑曲霉、盛曲霉、根霉、罗尔伏格菌和扣囊拟内孢霉等。

Conclusion It is shown that fructosamine and AGEs were significantly higher in patients on CAPD,and they could not be effectively removed by peritoneal dialysis.

结论 提示化产物在腹膜透析患者体内增多，腹膜透析清除效果差，且可能影响腹膜转运功能。

Objective:Aspergillus niger and Candida mycoderma was used to ferment Daqu distiller's grain to produce single cell protein feed with the additive of glucoamylase and cellulose.

在添加化酶和纤维素酶件下,采用黑曲霉与假丝酵母发酵丢糟生产单细胞蛋白饲料。