首页|富含花青素紫马铃薯汁护色研究及酶解工艺优化

富含花青素紫马铃薯汁护色研究及酶解工艺优化

扫码查看
为了提升紫马铃薯汁品质,并为其工业化生产提供基础,该试验通过单因素及田口试验设计对紫马铃薯酶解工艺进行优化,通过单因素及双因素试验对紫马铃薯汁护色条件进行优化。结果表明,紫马铃薯最佳酶解工艺为高温α-淀粉酶0。2%、果胶酶0。3%和纤维素酶0。5%,在此条件下紫马铃薯的可溶性固形物含量为70。3 g/L;最佳紫马铃薯汁护色工艺为添加柠檬酸1。6%和乳清蛋白0。3%,在此条件下紫马铃薯汁花青素含量为102。4 g/L。
Color protection and enzymatic process optimization of anthocyanin-rich purple potato juice
In order to improve the quality of purple potato juice and provide basis for industrial production,the enzymatic process of purple potato was optimized by single factor and taguchi tests,and the color protection conditions of purple potato juice were optimized by single factor and two-factor ex-periments.The results showed that the optimal hydrolysis condition of purple potato was thermostable α-amylase 0.2%,pectinase 0.3%and cellulose 0.5%,under the condition,the soluble solid content of purple potato was 70.3 g/L.The optimal color protection condition for purple potato juice was adding citric acid 1.6%and whey protein 0.3%,under the condition,the anthocyanin content of purple potato juice was 102.4 g/L.

purple potatoanthocyaninenzymatic processcolor protection processtwo-way analysis of variancetaguchi experiment

张露、王新惠、冉凌云、杨婷婷、赵乐乐、吴明阳

展开 >

成都大学食品与生物工程学院,四川成都 610106

成都农业科技中心,四川成都 610213

达州市农业科学研究院,四川达州 635000

紫马铃薯 花青素 酶解工艺 护色工艺 双因素方差分析 田口试验

达州市科技计划项目成都农业科技中心地方财政专项资金项目

22DWHZ0005NASC2023ST05

2024

中国酿造
中国调味品协会 北京食品科学研究院

中国酿造

CSTPCD北大核心
影响因子:0.759
ISSN:0254-5071
年,卷(期):2024.43(2)
  • 26