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首页> 外文期刊>Journal of Food Processing & Technology >Physico-Chemical Properties Chemical Composition and Acceptability ofInstant ?¢????Ogi?¢???? from Blends of Fermented Maize, Conophor Nut and Melon Seeds
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Physico-Chemical Properties Chemical Composition and Acceptability ofInstant ?¢????Ogi?¢???? from Blends of Fermented Maize, Conophor Nut and Melon Seeds

机译:物理化学性质即时¢ ??? gi ¢?的化学组成和可接受性从发酵玉米,锥果和甜瓜种子的混合物中提取

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‘Ogi’ is a popularly known fermented starch of staple cereala such as maize, sorghum and millet. Instant’ogi‘ production ariises from the need to meet the demand for ‘ogi’ among the urban populace in Nigeria and other developing countries. This study was carried out to evaluate the proximate, functional, pasting, mineral, anti - nutrient content and consumer acceptability of ‘ogi’ from blends of fermented maize, conophor nut and melon seed flours (90:5:5, 80:10:10, 70:15:15, 100:0:0). Pasting properties were determined by use of the rapid visco analyser. The mineral elements Ca, Mg, Fe, Zn, Cu, were determined by atomic absorption spectrophotometry while Na and K values were determined by flame photometry. Consumer acceptability of the instant ‘ogi’ was rated best at 5% supplementation level with conophor and melon seed flours (90:5:5) when compared with the control (100% fermented maize).
机译:“ Ogi”是玉米,高粱和小米等主要谷物的发酵淀粉。即时“ ogi”的生产源于满足尼日利亚和其他发展中国家城市居民对“ ogi”的需求。这项研究的目的是评估发酵玉米,锥果和甜瓜籽粉混合物中'ogi'的近似,功能,糊化,矿物质,抗营养成分和消费者可接受性(90:5:5,80:10: 10,70:15:15,100:0:0)。糊化性能通过使用快速粘度分析仪确定。矿物元素Ca,Mg,Fe,Zn,Cu通过原子吸收分光光度法测定,而Na和K值通过火焰光度法测定。与对照品(100%发酵的玉米)相比,即食果粉和甜瓜籽粉(90:5:5)在5%补充水平下对速食'ogi'的消费者接受度最高。

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