Production of Nutraceutical Probiotic Whey–Based Beverage Fortified with Annona squamosal L (Custard Apple ) Fruit إنتاج مشروب شرش حیوى مغذى مدعم بفاکهة (ثمرة القشدة) Annona squamosal L

S. El-Aidie, H. Hatem, Amal M. Ewis, Amal M. M. El-Nimer
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Abstract

Probiotic whey-based custard apple beverages (P.C.A.B.) were prepared with different combinations of whey and custard apple pulp juice , PJ (75:25, 50:50 and 25:75 , weight :weight ) and inoculated with1% probiotic bacteria Lactobacillus casei. Beverages were evaluated for physic-chemical, microbiological and sensory properties, during storage ,( 5±1°C) . Total solids and the apparent viscosity were increased in (P.C.A.B.) treatments as the level of P.J. increased, whereas values of titratable acidity (T.A%) were decreased, compared to control treatment. pH values of all treatments behaved reverse trend to T.A, through the storage period.Total antioxidant compounds, vitamins A & C and minerals were found higher in fresh beverage contained 25% P.J. than control one. The rate of increase (%) in the antioxidants, vitamins A & B were 9.09, 135.30, and 173.30, respectively. Minerals were increased also in (P.C.A.B.) but in a variable ratios. Counts of probiotic lactobacilli were gradually decreased as the storage period increased and as the level of P.J. increased. The  probiotic strain  was still viable, in all treatments, with counts more than 106cfu/ml , while coliform group & spore-forming bacteria were absent in all treatments,during storage. Control treatment was less acceptable, at the 21 days  of storage as a result of growing yeast & molds with counts reached to 30×102 cfu/ml. . The beverage prepared from 75% whey : 25% P.J. was found superior organolepticaly than the other ones, along the storage period. It has clean acid flavor and long keeping quality up to 40 days of  storage .
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Production of Nutraceutical益生菌——基于乳清Beverage和Annona Fortified蛋squamosal L(苹果)水果إنتاجمشروبشرشحیوىمغذىمدعمبفاکه(ثةمرةالقشدة)Annona squamosal L
以乳清与蛋奶苹果果肉汁PJ(75:25, 50:50和25:75,重量:重量)的不同组合为基础,接种1%益生菌干酪乳杆菌,制备乳清益生菌蛋奶苹果饮料(P.C.A.B.)。在(5±1°C)储存期间,对饮料的物理化学、微生物学和感官特性进行评估。与对照处理相比,随着pj水平的增加,(P.C.A.B.)处理的总固形物和表观粘度增加,而可滴定酸度(T.A%)值降低。在贮藏期间,各处理的pH值均与T.A呈相反趋势。含25% pj的新鲜饮料中抗氧化物质、维生素A、维生素C和矿物质含量均高于对照饮料。抗氧化剂、维生素A和维生素B含量分别增加9.09、135.30和173.30 %。在(p.c.a.b)中,矿物质也有所增加,但比例不同。随着贮藏期的延长和pj水平的升高,益生菌乳酸菌数量逐渐减少。在所有处理中,益生菌菌株仍然存活,计数大于106cfu/ml,而在所有处理中,大肠菌群和孢子形成细菌在储存过程中都不存在。对照处理不太好接受,在储存21天,由于酵母和霉菌的生长,计数达到30×102 cfu/ml。75%乳清:25% pj制备的饮料在贮存期间的感官效果优于其他饮料。具有清爽的酸味,保鲜期长达40天。
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