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Physical and Pasting Properties of 'Ofada' Rice (Oryza saliva L) Varieties

机译:'Ofada'水稻(Oryza saliva L)品种的物理和粘贴特性

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摘要

In this study, grain physical and pasting properties of ofada rice cultivated in South-West Nigeria was evaluated using Standard Evaluation System (SES) for rice with the aim of providing basic information for brand development and utilization of ofada in the development of novel food products. Results showed that size and shape of ofada rice ranged from 5.9 to 9.0 mm and 1.8 to 3.0 mm respectively. The 1000-grain weight was between 24.0 to 31.0 g. Percentage hull was significantly different among the cultivars, ranging from 16 to 21. Peak viscosity ranged between 112.7 and 152.8 BU, minimumKsetback and final viscosities varied from 80.3 to 117.2 BU, 104.0 to 143.3BU and 190.8 and 232.3 BU respectively. Gelatinization temperature was not significantly different and varied between 64.1 to 64.7°C Significant difference (p < 5%) was observed among the samples in terms of minimum setback and final viscosities respectively. Significant negative association was observed between kernel length and gelatinization temperature (r = — 0.65), setback and gelatinization temperature (r = — 67) while positive correlation was observed between breakdown viscosity and peak viscosity (r = 0.86). The good pasting behaviour makes ofada flour good material for the production of stiff dough products, better palatability and water binding capacity while physical qualities give ofada an advantage during milling. This attributes could be exploited for the development of new varieties and utilization in food developmentof the ofada rice value-chain.
机译:在这项研究中,使用标准稻米评估系统(SES)对尼日利亚西南部种植的稻田稻的谷物物理和糊化特性进行了评估,旨在为开发新型食品中的稻田品牌开发和利用提供基本信息。 。结果显示,大田稻的大小和形状分别为5.9至9.0毫米和1.8至3.0毫米。 1000粒重在24.0至31.0克之间。品种之间的壳百分比差异很大,范围从16到21。峰值粘度在112.7和152.8 BU之间,最小Ksetback和最终粘度分别在80.3到117.2 BU,104.0到143.3BU和190.8和232.3 BU之间。糊化温度没有显着差异,并且在64.1至64.7°C之间变化。在样品之间的最小倒退和最终粘度方面,观察到显着差异(p <5%)。在籽粒长度和糊化温度(r =-0.65),缩水和糊化温度(r =-67)之间观察到显着的负相关性,而在击穿粘度和峰值粘度之间存在正相关性(r = 0.86)。良好的糊化性能使ofada面粉成为生产硬面团产品,更好的适口性和水结合能力的良好材料,而物理品质使ofada在碾磨过程中具有优势。该特性可用于开发新品种和在稻田稻米价值链的食品开发中利用。

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