Shim Youn Young, He Yue, Kim Ji Hye, Cho Jae Youl, Meda Venkatesh, Hong Wan Soo, Shin Weon-Sun, Kang Sang Jin, Reaney Martin J T
Department of Plant Sciences, University of Saskatchewan, Saskatoon, SK S7N 5A8, Canada.
Prairie Tide Diversified Inc., Saskatoon, SK S7J 0R1, Canada.
Foods. 2021 Oct 13;10(10):2433. doi: 10.3390/foods10102433.
The substitution of animal-based foods (meat, eggs, and milk) with plant-based products can increase the global food supply. Recently, pulse cooking water ( aquafaba) was described as a cost-effective alternative to the egg in gluten-free, vegan cooking and baking applications. Aquafaba (AQ) forms stable edible foams and emulsions with functional properties that are like those produced by whole egg and egg white. However, the functional ingredients of AQ are usually discarded during food preparation. In this study, Korean-grown soy ( Backtae, Seoritae, and Jwinunikong) and chickpea were used to produce AQ. Two approaches were compared. In the first, seed was cooked at an elevated pressure without presoaking. In the second, seed was soaked, then, the soaking water was discarded, and soaked seed was cooked at an elevated pressure. Both approaches produced a useful emulsifier, but the latter, with presoaking, produced a superior product. This approach could lead to a process that involves a small number of efficient steps to recover an effective oil emulsifier, produces no waste, and is cost-effective. The AQ product from Backtae (yellow soybean) produced emulsions with better properties (90%) than AQ produced from other cultivars and produced more stable food oil emulsions. This study will potentially lead to gluten-free, vegan products for vegetarians and consumers with animal protein allergies. This is the first report of the efficient production of AQ, an egg white substitute derived from cooked soybean of known cultivars.
用植物性产品替代动物性食物(肉类、蛋类和奶类)能够增加全球食物供应。最近,豆类煮水(aquafaba)被描述为在无麸质、纯素烹饪和烘焙应用中替代鸡蛋的一种经济高效的选择。Aquafaba(AQ)能形成稳定的可食用泡沫和乳液,其功能特性与全蛋和蛋清所产生的类似。然而,AQ的功能成分在食物制备过程中通常会被丢弃。在本研究中,使用韩国种植的大豆(Backtae、Seoritae和Jwinunikong)和鹰嘴豆来生产AQ。比较了两种方法。第一种方法是在不预浸泡的情况下对种子进行高压烹饪。第二种方法是先浸泡种子,然后倒掉浸泡水,再对浸泡过的种子进行高压烹饪。两种方法都产生了一种有用的乳化剂,但后一种预浸泡的方法产生了更优质的产品。这种方法可能会带来一个涉及少量高效步骤的工艺,用于回收一种有效的油乳化剂,不产生废物且具有成本效益。Backtae(黄色大豆)生产的AQ产品所产生的乳液性能比其他品种生产的AQ更好(90%),并且能产生更稳定的食用油乳液。本研究可能会为素食者和对动物蛋白过敏的消费者带来无麸质的纯素产品。这是关于高效生产AQ(一种源自已知品种煮熟大豆的蛋清替代品)的首份报告。