The Department of Wine, Food and Molecular Biosciences, Lincoln University , Lincoln , Canterbury , New Zealand.
The Department of Agriculture Sciences, Lincoln University , Lincoln , Canterbury , New Zealand.
Crit Rev Food Sci Nutr. 2019;59(16):2626-2641. doi: 10.1080/10408398.2018.1462760. Epub 2018 May 3.
The functional food sector has shown tremendous growth in recent years with the application of probiotic bacteria as "food additives". The utilization of probiotic bacteria in food presents many challenges related to their growth, survival, viability, stability and functionality in food processing, storage and consumption as well as changes of sensory characteristics of probiotic foods. Although dairy foods are currently the most common food carrier to deliver probiotics, an increasing number of non-dairy food matrices exhibit potential for delivery of probiotics. This review provides more recent insight into the emergence of non-dairy probiotics products, the interactions between probiotics and different food matrices and the challenges in developing such products. Some of the technical issues are also reviewed and discussed. These issues include the efficacy of probiotic bacteria in non-chilled, low pH or high water activity foods; the potential loss of bacterial viability, additionally unwanted fermentation and changes of the sensory characteristics of food products which may result in poor microbiological quality and low acceptability to consumers.
近年来,功能性食品行业发展迅速,益生菌作为“食品添加剂”得到了广泛应用。益生菌在食品中的应用存在许多挑战,包括其在食品加工、储存和消费过程中的生长、存活、活力、稳定性和功能,以及益生菌食品感官特性的变化。尽管乳制品目前是最常见的益生菌传递载体,但越来越多的非乳制品基质显示出传递益生菌的潜力。本文综述了非乳制品益生菌产品的出现、益生菌与不同食品基质的相互作用以及开发此类产品所面临的挑战。还对一些技术问题进行了回顾和讨论。这些问题包括益生菌在非冷藏、低 pH 值或高水活度食品中的功效;细菌活力的潜在损失,以及不需要的发酵和食品感官特性的变化,这可能导致较差的微生物质量和消费者接受度低。