中国粮油学报
中國糧油學報
중국량유학보
JOURNAL OF THE CHINESE CEREALS AND OILS ASSOCIATION
2009年
12期
52-56
,共5页
李善仁%林新坚%蔡海松%胡开辉%陈济琛
李善仁%林新堅%蔡海鬆%鬍開輝%陳濟琛
리선인%림신견%채해송%호개휘%진제침
发酵豆粕%大豆肽%混合发酵%工艺条件
髮酵豆粕%大豆肽%混閤髮酵%工藝條件
발효두박%대두태%혼합발효%공예조건
fermented soybean meal%soybean peptides%mixed fermentation%process conditions
大豆肽是大豆蛋白经水解得到的低分子肽混合物,具有比大豆蛋白更优越的理化特性和生理功能,已在很多领域引起广泛的关注.微生物发酵能够降解大豆蛋白为大豆肽,采用平板培养和混合发酵相结合的方法筛选发酵豆粕的最佳菌株,得到芽孢杆菌CS27和米曲霉混菌发酵组合,利用正交试验优化该混菌组合的发酵工艺.结果表明,芽孢杆菌CS27与米曲霉同时接种,接种比例为2:1,30℃下发酵48 h,大豆肽质量分数达23.98%,大豆肽得率为51%,为大豆肽的发酵工业化生产提供了参考.
大豆肽是大豆蛋白經水解得到的低分子肽混閤物,具有比大豆蛋白更優越的理化特性和生理功能,已在很多領域引起廣汎的關註.微生物髮酵能夠降解大豆蛋白為大豆肽,採用平闆培養和混閤髮酵相結閤的方法篩選髮酵豆粕的最佳菌株,得到芽孢桿菌CS27和米麯黴混菌髮酵組閤,利用正交試驗優化該混菌組閤的髮酵工藝.結果錶明,芽孢桿菌CS27與米麯黴同時接種,接種比例為2:1,30℃下髮酵48 h,大豆肽質量分數達23.98%,大豆肽得率為51%,為大豆肽的髮酵工業化生產提供瞭參攷.
대두태시대두단백경수해득도적저분자태혼합물,구유비대두단백경우월적이화특성화생리공능,이재흔다영역인기엄범적관주.미생물발효능구강해대두단백위대두태,채용평판배양화혼합발효상결합적방법사선발효두박적최가균주,득도아포간균CS27화미곡매혼균발효조합,이용정교시험우화해혼균조합적발효공예.결과표명,아포간균CS27여미곡매동시접충,접충비례위2:1,30℃하발효48 h,대두태질량분수체23.98%,대두태득솔위51%,위대두태적발효공업화생산제공료삼고.
Soybean peptides are mixtures of small molecular peptides hydrolyzed from soybean protein,which has received wide attention in various fields because of its special properties and physiological function.Soybean protein could be degraded to soy peptides by microbial fermentation.The proper microbial strain for the fermentation was obtained bv means of plate cultivation and mixed degradation,which was a combination of Bacillus subtilis C527 and Aspergillus oryzae;and the fermentation conditions were optimized through orthogonal tests.Results:The optimal fermentation conditions are strain ratio for simultaneously inoculating Bacillus subtilis CS27 and Aspergillus oryzae 2:1,fermentation temperature 30℃,and time 48 h.At the conditions,the content of soybean peptides in the product is 23.98%,and the peptide recovery rate is 51%.