Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并进行,研究了磷酸化鱼蛋白的特性(物氨态氮得率、TCA可溶性肽得率及肽子)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得液发酵木糖醇的性能虽不如纯木糖,但明显优于玉米芯酸水液。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉米皮水液发酵生产饲料酵母的摇瓶间歇培养和批补料培养条件,进行了10L反应器批补料培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水物富含人脑必须氨基酸及小子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法进行析,对铬鞣革屑水产物及其改性产品进行IR析和氨基酸析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并进行体外,究了磷酸化鱼蛋白的特性(物氨态氮得率、TCA可溶性肽得率及肽布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得液发酵木糖醇的性能虽不如纯木糖,但明显优于玉米芯酸水液。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文究了玉米皮水液发酵生产饲料酵母的摇瓶间歇培养和批补料培养条件,进行了10L反应器批补料培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水物富含人脑必须氨基酸及小肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法进行析,对铬鞣革屑水产物及其改性产品进行IR析和氨基酸析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并进行体外酶,研究了磷酸化鱼蛋白的酶特性(酶氨态氮得率、TCA可溶性肽得率及肽分子分布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得酶发酵木糖醇的性能虽不如纯木糖,但显优于玉米芯酸水。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

文研究了玉米皮水发酵生产饲料酵母的摇瓶间歇培养和分批补料培养条件,进行了10L反应器分批补料培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水富含人脑必须氨基酸及小分子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法进行分析,对铬鞣革屑水产及其改性产品进行IR分析和氨基酸分析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并进行体外酶,研究了磷酸化鱼蛋白的酶特性(酶氨态氮得率、TCA可溶性肽得率及肽分子量分布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得酶液发酵木糖醇的性能虽不如纯木糖,但明显优于玉米芯酸水液。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉米皮水液发酵生饲酵母的摇瓶间歇培养和分培养条件,进行了10L反应器分培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水富含人脑必须氨基酸及小分子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性品以茚三酮法进行分析,对铬鞣革屑水及其改性品进行IR分析和氨基酸分析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并进行体外酶,研究了磷酸化鱼蛋白的酶特性(酶物氨态氮得率、TCA可溶性肽得率及肽分子量分布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得酶液发酵木糖醇的性能虽不如纯木糖,但明玉米芯酸水液。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉米皮水液发酵生产饲料酵母的摇瓶间歇培养和分批料培养条件,进行了10L反应器分批料培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水物富含人脑必须氨基酸及小分子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法进行分析,对铬鞣革屑水产物及其改性产品进行IR分析和氨基酸分析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并进行体外酶,研究了磷酸化鱼蛋白的酶特性(酶物氨态氮得率、TCA可溶性肽得率及肽分子分布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得酶发酵木糖醇的性能虽不如纯木糖,但显优于玉米芯酸。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉米皮发酵生产饲料酵母的摇瓶间歇培养和分批补料培养条件,进行了10L反应器分批补料培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白物富含人脑必须氨基酸及小分子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法进行分析,对铬鞣革屑产物及其改性产品进行IR分析和氨基酸分析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并进行体外酶,研究了磷酸化鱼蛋白的酶特性(酶物氨态氮得率、TCA可溶性肽得率及肽分子量分布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得酶液发酵木糖醇的性能虽不如纯木糖,但明显优于玉米芯酸水液。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉米皮水液发酵生产饲料酵母的摇瓶间歇培和分批补料培件,进行了10L反应器分批补料培试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水物富含人脑必须氨基酸及小分子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法进行分析,对铬鞣革屑水产物及其改性产品进行IR分析和氨基酸分析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白化改性,并进行体外酶,研究化鱼蛋白的酶特性(酶物氨态氮、TCA可溶性肽肽分子量分布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所酶液发酵木糖醇的性能虽不如纯木糖,但明显优于玉米芯水液。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究玉米皮水液发酵生产饲料酵母的摇瓶间歇培养和分批补料培养条件,进行10L反应器分批补料培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水物富含人脑必须氨基小分子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法进行分析,对铬鞣革屑水产物其改性产品进行IR分析和氨基分析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并体外酶,研究了磷酸化鱼蛋白的酶特性(酶物氨态氮得率、TCA可溶性肽得率及肽分子量分布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得酶液发酵木糖醇的性能虽不如纯木糖,但明显优于玉米芯酸水液。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

本文研究了玉米皮水液发酵生产饲料酵母的摇瓶间歇培养和分批补料培养条件,了10L反应器分批补料培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水物富含人脑必须氨基酸及小分子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法分析,对铬鞣革屑水产物及其改性产品IR分析和氨基酸分析。

Results showed that yield of TCA-N in phosphorylated fish protein hydrolysate approached to that of the control sample and phosphatization had little effect on hydrolysis.

对低值鱼蛋白磷酸化改性,并进行体外酶,研究了磷酸化鱼蛋白的酶特性(酶氨态氮得率、TCA可溶性肽得率及肽分子分布)。

Although the fermentability of the enzymatic hydrolysate by yeast was not as good as pure xylose solution,it was much better than the acid hydrolysate of corncob.

所得酶发酵木糖醇的性能虽不如纯木糖,但明显优于玉米芯酸水。

The biotechnology of flask batch and fed-batch culture to produce yeast from cornhusk hydrolysate was studied and the fed -batch process in 10L bioreactor was conducted.

研究了玉米皮水发酵产饲料酵母的摇瓶间歇培养和分批补料培养条件,进行了10L反应器分批补料培养试验。

Conclusion Cerebroprotein hydrolysate conta ins abundantly essential amino acid and small molecular peptid to human brain wi ch can inprove functional activation of human brain cells .

脑蛋白水富含人脑必须氨基酸及小分子肽，能改善脑细胞功能活性。

To provide proof of grafting, modified hydrolysate was identified by indanthrone, the IR and amino acid composition analysis of hydrolysate and modified hydrolysate were studied.

对改性产品以茚三酮法进行分析,对铬鞣革屑水产及其改性产品进行IR分析和氨基酸分析。