CAJ | 학술논문

以魔芋葡苷聚糖（KGM）、大豆分离蛋白（SPI）和胶原蛋白为主要原料研制高性能复合眼贴膜。选取pH、KGM/SPI质量分数、甘油和单甘酯用量为优化因素,选用正交试验分析法对工艺进行优化,以膜的凝胶强度、失水率和透明度组成的感官性能评价指标为参考,确定复合眼贴膜的最佳工艺参数。结果表明,复合眼贴膜的最佳工艺参数：pH为8,KGM/SPI质量分数为0.95%,甘油用量为2.5%,单甘酯用量为0.1%。此条件下研制出的复合眼贴膜具有良好的成膜性和保水性,使用方便,无毒副作用,绿色安全。
이마우포감취당（KGM）、대두분리단백（SPI）화효원단백위주요원료연제고성능복합안첩막。선취pH、KGM/SPI질량분수、감유화단감지용량위우화인소,선용정교시험분석법대공예진행우화,이막적응효강도、실수솔화투명도조성적감관성능평개지표위삼고,학정복합안첩막적최가공예삼수。결과표명,복합안첩막적최가공예삼수：pH위8,KGM/SPI질량분수위0.95%,감유용량위2.5%,단감지용량위0.1%。차조건하연제출적복합안첩막구유량호적성막성화보수성,사용방편,무독부작용,록색안전。
In this work, konjac glucomannan （KGM）, soy protein isolate （SPI） and collagen were used as the main materials to study on and produce composite eyes film. The optimal processing parameters of composite eyes film were determined through the orthogonal test choosing such factors as concentration of KGM / SPI, pH, the dosage of glycerol and that of dihydroxypropyl octadecanoate as the optimizing factors and the membrane gel strength, water loss rate and transparency as the inference index. It showed that the optimal processing parameters were as following： concentration of KGM / SPI at 0.95%, pH = 8, dosage of glycerol at 2.5%, dihydroxypropyl octadecanoate at 0.1%. Under these conditions, we can produce composite eyes film with nice membrane and water-retaining, which is safe and can be used conveniently with non-toxic side effects.