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Ready-to-cook millet flakes based on minor millets for modern consumer

机译:适用于现代消费者的基于小米的即煮小米片

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摘要

There is an increased demand among the consumers for convenient foods for various reasons. Millets such as little, proso, barnyard and ragi were explored for processing into Ready-To-Cook (RTC) millet flakes to meet the needs of modern consumers. Physico-functional and nutrient composition of RTC millet flakes were evaluated against the control (oats flakes and rice flakes). Variation in physical, functional and nutrient composition were observed among the flakes. The RTC flakes of minor millets were smaller in size and density but more fragile and crisp than the commercial oats and rice flakes. Higher flake volume (16.35 ml) and lower bulk density was recorded in little millet flakes (0.15 g/ml). Good cooking properties were recorded in all millet flakes. Lowest fat content (0.40 g/100 g) was recorded in little millet flakes whereas proso millet flakes exhibited highest crude protein (14.72 g/100) and dietary fiber (21.56 g/100 g). Among the millet flakes, RTC little millet flake was most acceptable in terms of sensory quality and also exhibited good shelf life of four months at ambient temperature of 24-31 degrees C. The microbial load decreased during storage period and was within permissible limits.
机译:由于各种原因,消费者对方便食品的需求增加。探索了小米,粗粉,bar和拉吉(Ragi)等小米,以加工成现成的(RTC)小米薄片,以满足现代消费者的需求。针对对照(燕麦片和米片)评估了RTC小米片的物理功能和营养成分。在薄片之间观察到物理,功能和营养成分的变化。小米的RTC薄片比商品燕麦和大米薄片的尺寸和密度更小,但更脆脆。在少量小米薄片(0.15 g / ml)中记录到较高的薄片体积(16.35 ml)和较低的堆积密度。在所有小米片中均记录到良好的烹饪性能。在少量小米片中记录的最低脂肪含量(0.40 g / 100 g),而粗谷粉显示出最高的粗蛋白(14.72 g / 100)和膳食纤维(21.56 g / 100 g)。在小米薄片中,就感官品质而言,RTC小小米薄片最为可接受,并且在24-31摄氏度的环境温度下还表现出四个月的良好保质期。微生物负荷在储存期间下降,并且在允许的范围内。

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