北华大学学报(自然科学版)
北華大學學報(自然科學版)
북화대학학보(자연과학판)
JOURNAL OF BEIHUA UNIVERSITY(NATURAL SCIENCE)
2014年
3期
388-393
,共6页
乜玉双%孙广仁%蒋莉莉%高晓旭%陈建光
乜玉雙%孫廣仁%蔣莉莉%高曉旭%陳建光
먀옥쌍%손엄인%장리리%고효욱%진건광
五味子%红色素%发酵食品加工%色素稳定性
五味子%紅色素%髮酵食品加工%色素穩定性
오미자%홍색소%발효식품가공%색소은정성
Schisandra chinensis%red pigment%processing of fermented food%pigment stability
以五味子红色素为研究对象,分别采用乳酸发酵、酒精发酵、醋酸发酵和果酒酿造工艺进行五味子红色素分解试验,探讨五味子红色素在发酵食品加工中的稳定性.结果表明:五味子红色素在乳酸发酵、酒精发酵、醋酸发酵过程中,红色素的分解率分别为78.36%,41.10%,18.74%,其分解率与发酵产生的乳酸质量浓度、酒精体积分数、醋酸质量浓度正相关,相关系数R2分别为0.94,0.96,0.89,而在不同酸度的五味子果酒酿造过程中,其红色素的分解率为11.05%,明显低于红色素的酒精发酵过程,其分解率与酸度负相关(R2=0.97),因此证实适当提高酸度会增加五味子红色素的稳定性.五味子红色素在发酵食品加工中的稳定性研究对进一步优化五味子发酵食品工艺具有指导意义.
以五味子紅色素為研究對象,分彆採用乳痠髮酵、酒精髮酵、醋痠髮酵和果酒釀造工藝進行五味子紅色素分解試驗,探討五味子紅色素在髮酵食品加工中的穩定性.結果錶明:五味子紅色素在乳痠髮酵、酒精髮酵、醋痠髮酵過程中,紅色素的分解率分彆為78.36%,41.10%,18.74%,其分解率與髮酵產生的乳痠質量濃度、酒精體積分數、醋痠質量濃度正相關,相關繫數R2分彆為0.94,0.96,0.89,而在不同痠度的五味子果酒釀造過程中,其紅色素的分解率為11.05%,明顯低于紅色素的酒精髮酵過程,其分解率與痠度負相關(R2=0.97),因此證實適噹提高痠度會增加五味子紅色素的穩定性.五味子紅色素在髮酵食品加工中的穩定性研究對進一步優化五味子髮酵食品工藝具有指導意義.
이오미자홍색소위연구대상,분별채용유산발효、주정발효、작산발효화과주양조공예진행오미자홍색소분해시험,탐토오미자홍색소재발효식품가공중적은정성.결과표명:오미자홍색소재유산발효、주정발효、작산발효과정중,홍색소적분해솔분별위78.36%,41.10%,18.74%,기분해솔여발효산생적유산질량농도、주정체적분수、작산질량농도정상관,상관계수R2분별위0.94,0.96,0.89,이재불동산도적오미자과주양조과정중,기홍색소적분해솔위11.05%,명현저우홍색소적주정발효과정,기분해솔여산도부상관(R2=0.97),인차증실괄당제고산도회증가오미자홍색소적은정성.오미자홍색소재발효식품가공중적은정성연구대진일보우화오미자발효식품공예구유지도의의.
The red pigments from Schisandra chinensis( Turcz. ) Baill were used in processing of fermented food by lactic-acid fermentation, alcoholic fermentation, acetic-acid fermentation and wine fermentation to test the pigment stability. The results show that the decomposition rates of the red pigments from S. chinensis in the lactic-acid fermentation, alcoholic fermentation and acetic-acid fermentation are 78. 36%, 41. 10% and 18. 74%respectively and these decomposition rates have positive correlation with lactic concentration, alcohol volume fraction and acetic acid concentration, R2 as 0. 94,0. 96 and 0. 89. The decomposition rate of red pigments in wine fermentation of Schisandra juice with different acidity is only 11 . 05% significantly lower than alcoholic fermentation and the decomposition rate was negatively correlated with the acidity (R2=0. 97),it is confirmed that an appropriate increase in the acidity will increase the stability of red pigment. The research on the stability of the red pigment in the processing of fermented food has instructive significance to further optimize the technology of fermented food from S. chinensis.