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Determination of nutritionally important starch fractions of some rurkish breads

机译:测定某些土耳其面包中重要的营养淀粉成分

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By using an in vitro technique that measures the rate and extent of starch digestion, the starch in a food can be classified as rapidly-digestible starch (RDS), slowly-digestible starch (SDS) and resistant starch (RS). The amount of these fractions in rye bread, wheat bran bread and corn flour bread were calculated from the experimentally determined values obtained by controlled enzymatic hydrolysis and measurement of released glucose by colorimetry, using a glucose oxidase kit. Free glucose and total starch analysis were also carried out to calculate rapidly-available glucose (RAG) content and starch digestibility rate index (SDRI) of breads. RDS content of the rye bread was higher than the wheat-bran bread and corn flour bread (P < 0.05). SDS contents of a1l breads were not significantly different from each other. Wheat bran bread was found to have a significant amount of RS (6.6/100; on dry matter basis) when compared to the other breads (P < 0.05). A significant negative correlation (r=-0.95, P < 0.05) was also found between RS content and SDRI value of breads.
机译:通过使用测量淀粉消化率和程度的体外技术,食品中的淀粉可分为快速消化淀粉(RDS),慢消化淀粉(SDS)和抗性淀粉(RS)。黑麦面包,麦麸面包和玉米粉面包中这些馏分的量是通过实验确定的值计算的,该实验确定的值是通过受控的酶水解获得的,并使用葡萄糖氧化酶试剂盒通过比色法测量了释放的葡萄糖。还进行了游离葡萄糖和总淀粉分析,以计算面包的快速可用葡萄糖(RAG)含量和淀粉消化率指数(SDRI)。黑麦面包的RDS含量高于麦麸面包和玉米粉面包(P <0.05)。所有面包的SDS含量均无显着差异。与其他面包相比,发现麦麸面包具有大量的RS(6.6 / 100;基于干物质)(P <0.05)。面包的RS含量和SDRI值之间也存在显着的负相关性(r = -0.95,P <0.05)。

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