Wu Yi-Hsieng Samuel, Chen Yi-Chen
Department of Animal Science and Technology, National Taiwan University, Taipei 106, Taiwan.
J Food Drug Anal. 2022 Jun 15;30(2):172-184. doi: 10.38212/2224-6614.3408.
It was reported that protein hydrolysates or derived peptides have more functionalities than their parent protein. Most functional protein hydrolysates or peptides are identified from various food products, including plant, fish, and land-animal protein sources. Within a few decades, the application of food protein-origin functional hydrolysates or peptides could be divided into two main categories according to their applied intentions: 1) preservatives and bioactive packing materials; 2) nutraceutical ingredients. According to the literature, the applications of food protein-origin functional hydrolysates or peptides on food preservative and nutraceutical ingredients have attracted much attention. However, the approach method should be changed. Multi-activities, compound formulation, comprehensive evaluation, and the added value of by-products are possible strategies. Although there have been great results and findings in the functionalities of food protein-origin bioactive hydrolysates or peptides, there is still a big gap between the lab-scale results and practical applications. Via this narrative review on the current research, scientists, the food/health industry, and government authorities should cooperate to dig into the new material sources and the possible practical application.
据报道,蛋白质水解产物或衍生肽比其母体蛋白质具有更多功能。大多数功能性蛋白质水解产物或肽是从各种食品中鉴定出来的,包括植物、鱼类和陆地动物蛋白来源。在几十年内,食品蛋白质来源的功能性水解产物或肽的应用根据其应用意图可分为两大类:1)防腐剂和生物活性包装材料;2)营养成分。根据文献,食品蛋白质来源的功能性水解产物或肽在食品防腐剂和营养成分方面的应用备受关注。然而,方法应该改变。多活性、复合配方、综合评价和副产品附加值是可能的策略。尽管在食品蛋白质来源的生物活性水解产物或肽的功能方面已经取得了很大的成果和发现,但实验室规模的结果与实际应用之间仍存在很大差距。通过对当前研究的叙述性综述,科学家、食品/健康行业和政府当局应合作挖掘新的材料来源和可能的实际应用。