Lee Da-Been, Kim Mi-Ran, Heo Jeong-Ae, Byeon Yang-Soo, Kim Sang-Sook
Research Group of Food Processing, Korea Food Research Institute, Wanju-gun 55365, Korea.
Technical Assistance Center, Korea Food Research Institute, Wanju-gun 55365, Korea.
Foods. 2021 Jun 25;10(7):1470. doi: 10.3390/foods10071470.
For utilization of whole wheat (WW) in cooked rice products, WW was processed by four different methods (steeping (S_WW), milling (M_WW), enzymatic treatment (E_WW), and passing through a roll mill (1 mm) (R_WW)). Additionally, the physicochemical properties of cooked rice containing various processed wheat were investigated. The hardness of the cooked rice decreased significantly with R_WW and E_WW compared to WW. As a result of a consumer acceptance test, the cooked rice samples containing M_WW and E_WW with high liking scores frequently included 'chewiness' as a reason for liking, and the cooked rice with WW and S_WW was mentioned as being 'too hard' as a reason for disliking. The cooked rice with R_WW, which had the lowest liking score, was mentioned as having appearance characteristics such as 'husk', 'clumpy appearance', and 'messy appearance' as reasons for disliking. The overall results of this study suggest the inclusion of M_WW or E_WW with cooked rice considering health-related benefits and consumer acceptability.
为了在米饭制品中利用全麦(WW),采用四种不同方法对全麦进行加工处理(浸泡(S_WW)、研磨(M_WW)、酶处理(E_WW)以及通过辊磨机(1毫米)(R_WW))。此外,还研究了含有各种加工小麦的米饭的理化性质。与全麦相比,经R_WW和E_WW处理的米饭硬度显著降低。消费者接受度测试结果表明,含有M_WW和E_WW且喜好度得分较高的米饭样本,消费者经常将“嚼劲”作为喜欢的原因,而含有WW和S_WW的米饭则因“太硬”被提及为不喜欢的原因。喜好度得分最低的含有R_WW的米饭,被提及具有“外皮”“结块外观”和“杂乱外观”等外观特征,作为不喜欢的原因。本研究的总体结果表明,考虑到健康益处和消费者接受度,在米饭中加入M_WW或E_WW。