乳糖不耐症功能性富钙饮料的研制

J. Girija, S. Kamalasundari, G. Hemalatha, T. Maheswari
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引用次数: 0

摘要

乳糖不耐症是最常见的消化系统疾病,由无法消化牛奶中的乳糖引起。如果不吃乳制品,乳糖不耐症可能导致骨密度降低。目前已知的治疗乳糖不耐症的唯一方法是无乳糖食物。因此,考虑到这一点,我们的目标是为乳糖不耐症患者开发基于植物的饮料组合,使用功能性成分,即ragi (Eleusine coracana)奶粉,绿香蕉和姜。腊肠奶粉的加工工艺有浸泡、提乳、脱水、碾磨、焙烧等。以脱脂奶粉、青香蕉和生姜为对照剂,在试验处理中加入牛血清奶粉。对开发的产品进行了微观结构分析、物理、功能和感官评价。开发的饮料混合物允许进行近似的营养分析。结果表明,与对照组相比,处理后的猪蹄奶粉在所有感官属性方面都是可以接受的。微观结构分析结果表明,试样的结构很小,呈多边形,而对照试样的颗粒尺寸大,表面光滑圆润。该饮料具有高蛋白、高钙、低脂肪、无乳糖的特点。综上所述,所研制的饮料组合是一种无乳糖功能性食品,既适合乳糖不耐症人群,也适合缺钙人群,营养成分有所改善,植物化学成分有所降低,对感官特性无负面影响。
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Development of Functional Calcium Rich Beverage Mix for Lactose Intolerance People
Lactose intolerance is the most common digestive disorder caused by the inability to digest the lactose in milk. Lactose intolerance may lead to reduced bone density when accompanied by avoidance of dairy. The only treatment ever known for lactose intolerance is lactose-free food. Thus keeping this in view the objective is to develop the plant based beverage mix for lactose intolerance people using functional ingredients viz., ragi (Eleusine coracana) milk powder, green banana and ginger. The techniques used for processing the ragi milk powder are soaking, extraction of milk, dehydration, milling and roasting. Control was developed by using skimmed milk powder, green banana and ginger and in test treatment ragi milk powder was added. The developed product was analyzed for microstructure, physical, functional and sensory evaluated. The developed beverage mix was allowed for proximate nutrient analysis. The result revealed that the ragi milk powder containing treatment was acceptable in terms of all sensory attributes when compared to control. The microstructure analysis result revealed that the structure of test sample was very small and polygonal in shape whereas the control sample had large particle size and round smooth surface. The beverage mix had good protein, high calcium, low fat and no lactose. It may be concluded that the developed beverage mix is a lactose free functional food which is suitable for lactose intolerance and also calcium deficient people with improved nutritional content and reduced phytochemical content without any negative impact on sensory attributes.
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