无花果汁果乳与蔗糖和发酵时间变化的比较

Anna Yuliana, Zalfa Zahira Fauziah, Hendy Suhendy
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引用次数: 0

摘要

水果酸奶是一种由果汁和牛奶制成的发酵产品,是满足营养需求的重要蛋白质食物来源。因此,研究人员添加了含有葡萄糖、果糖、膳食纤维和抗菌特性的无花果,以获得最佳的水果酸奶。本研究旨在利用保加利亚乳杆菌和嗜热链球菌发酵剂确定蔗糖浓度和发酵时间对无花果果汁果酸奶的影响,并通过对大肠杆菌的测试确定果汁和果酸奶的抗菌活性。浓度分别为 0、14 和 18%,发酵时间分别为 0、18 和 24 小时。研究表明,蔗糖浓度和发酵时间会影响乳酸菌(LAB)、pH 值、pH 值从 4.5 降至 4.0、滴定总酸(TAT)、粘度、总溶解固体、颜色、香气、质地和口感。总 BAL 的 CFU/mL 值最高,TAT 从 0.50%增至 0.65%。粘度的最高值为 12.33 cP。总溶解固体从 13% 降至 11%。所有参数均符合 SNI 2981:2009 的要求。抗菌活性测试显示抑菌区的数值为 7.4 毫米。研究人员对 0 小时配方(蔗糖含量为 0%)、24 小时配方(蔗糖含量为 14%)和 24 小时配方(蔗糖含量为 18%)的色、味、香的偏好平均值。最佳发酵时间和蔗糖浓度为 24 小时和 18%蔗糖。
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Comparison of Fig Juice Fruitghurt with Variations in Sucrose and Length of Fermentation
Fruitghurt is a fermented product made from fruit juice and milk, which is an important food source of protein to meet nutritional needs. Therefore, researchers added figs containing glucose, fructose, dietary fiber, and antibacterial properties to get the best fruit yoghurt. This study aims to determine the effect of sucrose concentration and the length of fermentation time for fig juice fruitghurt using Lactobacillus bulgaricus and Streptococcus thermophilus starters and to determine the antibacterial activity of fruit juice and fruitghurt through testing against Escherichia coli. Concentration was 0, 14, and 18%, and fermentation was carried out for 0, 18, and 24 hours, The parameters of this research were based on microbiological, chemical, and physical properties. The research showed that sucrose concentration and fermentation time affected Lactic Acid Bacteria (LAB), pH, , pH decreased from 4.5 to 4.0Total Titrated Acid (TAT), viscosity, total dissolved solids, color, aroma, texture, and taste. Total BAL had the highest value of  CFU/mL, and TAT increased from 0.50% to 0.65%. The viscosity with the highest value is 12.33 cP. Total dissolved solids decreased from 13% to 11%. All parameters meet the requirements of SNI 2981:2009. The antibacterial activity test showed an inhibition zone with a value of 7.4 mm. The average value of the researcher's preference for color, taste, and aroma in the 0-hour formula with 0% sucrose, the 24-hour formula with 14% sucrose, and the 24-hour formula with 18% sucrose. The best fermentation time and sucrose concentration was 24 hours and 18% sucrose.
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