College of Food Science, Southwest University, Chongqing 400715, China.
Modern "Chuan cai Yu wei" Food Industry Innovation Research Institute, Chongqing 400715, China.
J Agric Food Chem. 2024 Jul 24;72(29):16095-16111. doi: 10.1021/acs.jafc.4c03562. Epub 2024 Jul 10.
Food allergies are a main public health disease in the world. Ultrasound is an environmentally friendly technology that typically leads to protein unfolding and loss of protein structure, which means it has the potential to be combined with other technologies to achieve a great reduction of allergenicity in foods. This review concludes the effects of the combined ultrasound with other technologies on food allergenicity from three combinations: ultrasound before other technologies, ultrasound under other technologies, and ultrasound after other technologies. Each combination affects food allergenicity through different mechanisms: (1) as for ultrasound before other technologies, ultrasound pretreatment can unfold and lose the protein structure to improve the accessibility of other technologies to epitopes; (2) as for ultrasound under other technologies, ultrasound can continuously affect the accessibility of other technologies to epitopes; (3) as for ultrasound after other technologies, ultrasound further induces structural changes to mask and disrupt the epitopes. The reduction of allergenicity is related to the ultrasound/other technologies conditions and food types/cultivars, etc. The comparison of ultrasound before, under, and after other technologies to decrease food allergenicity should be further investigated in the future. The combination of ultrasound with other technologies is promising to produce hypoallergenic foods.
食物过敏是全球主要的公共卫生疾病之一。超声是一种环保技术,通常会导致蛋白质展开和结构丢失,这意味着它有可能与其他技术结合,以实现食物变应原性的大幅降低。本文综述了超声与其他技术联合作用对食物变应原性的影响,从三种组合方式进行了总结:超声预处理其他技术、超声辅助其他技术和超声后处理其他技术。每种组合通过不同的机制影响食物变应原性:(1)超声预处理,超声预处理可以展开并失去蛋白质结构,从而提高其他技术对表位的可及性;(2)超声辅助其他技术,超声可以持续影响其他技术对表位的可及性;(3)超声后处理其他技术,超声进一步诱导结构变化,掩蔽和破坏表位。变应原性的降低与超声/其他技术条件以及食物类型/品种等有关。未来应进一步研究超声预处理、辅助和后处理其他技术以降低食物变应原性的比较。超声与其他技术的结合有望生产低变应原性食品。