食品研究与开发
食品研究與開髮
식품연구여개발
FOOD RESEARCH AND CEVELOPMENT
2014年
6期
53-55
,共3页
钟秋平%林美芳%戴梓茹%李慧林
鐘鞦平%林美芳%戴梓茹%李慧林
종추평%림미방%대재여%리혜림
小球藻%多肽%酶解
小毬藻%多肽%酶解
소구조%다태%매해
chlorella%polypeptide%enzymolysis
以钦州湾小球藻为原料,通过单因素和正交试验探讨酶解法制备多肽的最佳工艺。实验结果表明:酶解小球藻蛋白制备多肽的最佳工艺条件为:pH 6.5,酶解温度30℃,酶解时间20 min,料液比1∶100 g/mL。此时多肽得率为15.538%±0.2%。
以欽州灣小毬藻為原料,通過單因素和正交試驗探討酶解法製備多肽的最佳工藝。實驗結果錶明:酶解小毬藻蛋白製備多肽的最佳工藝條件為:pH 6.5,酶解溫度30℃,酶解時間20 min,料液比1∶100 g/mL。此時多肽得率為15.538%±0.2%。
이흠주만소구조위원료,통과단인소화정교시험탐토매해법제비다태적최가공예。실험결과표명:매해소구조단백제비다태적최가공예조건위:pH 6.5,매해온도30℃,매해시간20 min,료액비1∶100 g/mL。차시다태득솔위15.538%±0.2%。
In this study, using single factor and orthogonal experiments, the prepare process optimization of polypeptides from chlorella protein of Qinzhou Bay were investigated by enzyme hydrolysis. The results showed that optimum conditions for prepare polypeptides were as follows:pH is 6.5, the hydrolysis temperature and time is 30℃and 20 min, chlorella was mixed with phosphate buffer at ratio of 1∶100 g/mL. At the condition, yield of polypeptides is 15.538%±0.2%.