Peanut Protein: Rich Source As Vegan Protein

B. L. Jani
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引用次数: 5

Abstract

Protein is a building block and contributor for growth and development and different activities in human body system. Various animal and plant based food are rich source of protein and essential amino acids. Egg protein, milk protein, soy protein, peanut protein and many proteins contain essential amino acids having various health benefits and functional properties. Peanut is an important oilseed and defatted peanut flour is a byproduct of peanut oil milling industry with a rich source of protein. This protein can be concentrated as Peanut Protein Concentrate (PPC) and Peanut Protein Isolate (PPI) with around 80-85% and more than 90% protein, respectively. Peanut protein can be extracted for bioactive peptides, hydrolysates, can also be converted into texturized protein such as meat analogue, packaging film. Favorable functional properties of peanut protein such as emulsifying activity, emulsifying stability, foaming capacity, excellent water retention and high solubility etc. made it versatile for various food system. Various extraction methods such as isoelectric precipitation, aqueous precipitation, isoelectric precipitation, alcohol precipitation, Ultrafiltration (UF) and combination of thereof are used for preparation of PPC and PPI. The peanut protein can compete with another animal and plant proteins with all the required health benefits and functional properties necessary for the food system. There is a huge scope in exploring peanut protein as source of vegan protein.
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花生蛋白:作为素食蛋白的丰富来源
蛋白质是人体生长发育和各种活动的基本组成部分。各种动植物性食物是蛋白质和必需氨基酸的丰富来源。鸡蛋蛋白,牛奶蛋白,大豆蛋白,花生蛋白和许多蛋白质含有必需氨基酸,具有各种健康益处和功能特性。花生是一种重要的油籽,脱脂花生粉是花生油加工的副产品,含有丰富的蛋白质来源。该蛋白可浓缩为花生浓缩蛋白(PPC)和花生分离蛋白(PPI),蛋白质含量分别在80-85%和90%以上。花生蛋白可提取为生物活性多肽、水解产物,也可转化为肌理化蛋白如肉类类似物、包装膜等。花生蛋白具有乳化活性、乳化稳定性、发泡能力强、保水性好、溶解性高等功能特性,可用于各种食品体系。各种提取方法如等电沉淀法、水沉淀法、等电沉淀法、醇沉淀法、超滤法(UF)及其组合用于制备PPC和PPI。花生蛋白可以与其他动物和植物蛋白竞争,具有食物系统所需的所有健康益处和功能特性。花生蛋白作为纯素蛋白的来源有很大的探索空间。
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