T. Sakthi, V. Meenakshi, S. Kanchana, S. Vellaikumar
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Peanut milk was extracted by five different processing method: fresh soaking, blanching, roasting and germination methods in both local and TNAU CO 6 variety. Peanut milk prepared without any treatments and processing was considered as a control peanut milk. Among the different treatment, the best treatment was selected based on sensory scores in each processing methods of both peanut varieties. Among these different treatments blanching method B1 (2mins) was best in local variety, B2(3 mins) was best in CO 6 variety. In roasting method R2 (roasting for 5 mins and soaking for 3 hrs), soaking method S2(3 hrs soaking), germination method G1(8 hrs germinated) was best treatment in both the selected peanut varieties. 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引用次数: 7
摘要
花生(Araches hypogea)是一种重要的油籽作物,原产于南非,而印度是其主要生产国之一,占世界花生产量的近14%。现在,一些生活方式的改变和医学问题,如牛奶过敏、乳糖不耐症和高胆固醇血症,人们转向了植物性非乳制品饮料。花生奶是由两种不同的花生品种,即TNAU CO-6和当地品种开发的。分析了本地花生和TNAU CO 6花生品种的近似组成,TNAU CO 6花生品种的碳水化合物、蛋白质和脂肪含量较高,分别为26.7 (g/100g)、27.8 (g/100g)、38(g/100g),而本地花生品种的碳水化合物、蛋白质和脂肪含量分别为25.2 (g/100g)、24.7 (g/100g)、39(g/100g)。采用五种不同的加工方法:新鲜浸泡法、焯水法、烘烤法和发芽法提取花生奶。未经任何处理和加工的花生奶被认为是对照花生奶。在不同处理中,根据两个花生品种各加工方法的感官评分选择最佳处理。不同处理中,B1 (2min)处理对地方品种效果最好,B2(3min)处理对co6品种效果最好。两种花生品种均以烘烤方法R2(烘烤5 min,浸泡3 h)、浸泡方法S2(浸泡3 h)和发芽方法G1(发芽8 h)处理效果最佳。通过观察和感官评价,结果表明,在5种加工方法中,焙烧法是提取花生奶的最佳方法,并对其理化性质进行了分析,制备的花生奶在这两种CO 6品种中效果较好,可接受性较好。
Study on Standardisation and Quality Evaluation of Peanut Milk by Different Processing Methods
Peanut (Araches hypogea) is an important oilseed crop originated from South Africa, while India representing one of its leading producer nearly 14% of world peanut production. Now a days some of the lifestyle changes and medical issues like cow’s milk allergy, lactose intolerance and hypercholesterolemia people were shifted into plant based nondairy beverages. Peanut milk was developed from two different peanut varieties viz., TNAU CO-6 and local variety. Proximate composition of local and TNAU CO 6 variety of peanut was analyzed and the carbohydrates, protein, fat was high in TNAU CO 6 peanut variety and its value was 26.7 (g/100g), 27.8 (g/100g), 38(g/100g) when compared to local variety, its value was 25.2 (g/100g), 24.7 (g/100g), 39(g/100g) respectively. Peanut milk was extracted by five different processing method: fresh soaking, blanching, roasting and germination methods in both local and TNAU CO 6 variety. Peanut milk prepared without any treatments and processing was considered as a control peanut milk. Among the different treatment, the best treatment was selected based on sensory scores in each processing methods of both peanut varieties. Among these different treatments blanching method B1 (2mins) was best in local variety, B2(3 mins) was best in CO 6 variety. In roasting method R2 (roasting for 5 mins and soaking for 3 hrs), soaking method S2(3 hrs soaking), germination method G1(8 hrs germinated) was best treatment in both the selected peanut varieties. Based on the observation and sensory evaluation, the result showed that among these five processing methods roasting method was the best method for the peanut milk extraction and its physiochemical properties were analyzed in both the varieties of prepared peanut milk among these CO 6 variety peanut milk had good result and better acceptability.