Development of probiotic tomato kulfi

IF 0.2 Q4 AGRICULTURE, DAIRY & ANIMAL SCIENCE INDIAN JOURNAL OF DAIRY SCIENCE Pub Date : 2022-02-20 DOI:10.33785/ijds.2022.v75i01.004
Smriti Chaturvedi, M. Sabharwal, Naman Kaur, A. Agarwal, P. Sabharwal
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Abstract

Kulfi is a traditional Indian frozen dessert with nutritional significance but, lacks therapeutic properties. Kulfi can be used as vehicle for probiotics and prebiotics, with the added advantage of being appreciated by people of all age groups. Current study involves the production of kulfi by incorporating probiotic culture of Lactobacillus acidophilus La-5 (107 – 108 CFU/g) and tomato juice (prebiotic) (25% and 37.5%) to enhance its functional value and create a synbiotic system. The effect of tomato juice concentration was evaluated for physiochemical properties, cultures survival and sensory characteristics. Data revealed a reduction in pH of kulfi variants with high tomato juice concentration. It was also found that, the probiotic tomato kulfi variants (25% and 37.5% variants) possessed high acidity (0.225% and 0.216%) and sucrose content (13.98% and 13.50%), respectively. The protein content was found to remain constant in all the kulfi variants, indicating no association between probiotic culture, tomato and kulfi. A decrease in fat content was observed with an increasing concentration of tomato juice. A reduction in viable counts was noted in 25% and 37.5% kulfi variants during one week of frozen storage. All kulfi variants received a fair score in the organoleptic evaluation, however, probiotic kulfi containing 25% tomato juice attained the highest score for all the parameters. Hence, proving that the incorporation of probiotic culture and tomato not only enhanced the nutritional properties of the kulfi, but also improved the sensory properties of the product.
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益生菌番茄kulfi的研制
Kulfi是一种传统的印度冷冻甜点,具有营养价值,但缺乏治疗作用。Kulfi可以用作益生菌和益生元的载体,还有一个额外的优势,即受到所有年龄组的人的赞赏。目前的研究涉及通过结合嗜酸乳杆菌La-5(107“108 CFU/g)和番茄汁(益生元)(25%和37.5%)的益生菌培养物来生产kulfi以提高其功能价值并创建合生元系统。评价了番茄汁浓度对其理化性质、培养物存活率和感官特性的影响。数据显示,番茄汁浓度高时,kulfi变体的pH值降低。还发现,益生菌番茄kulfi变体(25%和37.5%变体)分别具有高酸度(0.225%和0.216%)和高蔗糖含量(13.98%和13.50%)。发现所有kulfi变体的蛋白质含量保持不变,表明益生菌培养物、番茄和kulfi之间没有关联。观察到脂肪含量随着番茄汁浓度的增加而降低。在冷冻储存一周期间,25%和37.5%的kulfi变体的存活计数减少。所有的kulfi变体在感官评估中都得到了公平的分数,然而,含有25%番茄汁的益生菌kulfi在所有参数中都获得了最高的分数。因此,证明益生菌培养物和番茄的结合不仅增强了kulfi的营养特性,而且改善了产品的感官特性。
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来源期刊
INDIAN JOURNAL OF DAIRY SCIENCE
INDIAN JOURNAL OF DAIRY SCIENCE AGRICULTURE, DAIRY & ANIMAL SCIENCE-
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