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Pachyrhizus ahipa roots and starches: composition and functional properties related to their food uses.

机译:鼠李根茎和淀粉:与其食品用途相关的组成和功能特性。

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摘要

Chemical composition of two accessions (N degrees 11 and Local) of Pachyrhizus ahipa was evaluated and their starches were characterized from a technological and nutritional point of view. Ahipa roots were characterized by their high protein (8-9%) level compared to other roots and tubers. Accession 11 exhibited higher starch content than Local accession. Compared to cassava, ahipa starch showed lower gelatinization temperature, exhibiting accession 11 the lowest value. Ahipa starch digestibility was similar to that of other leguminous plants. Accession 11 showed higher rapidly digestible (RD), resistant (RS) and lower slowly digestible (SD) starch than cassava. Rotational rheological assays indicated that gelatinized ahipa starch suspensions present a pseudoplastic thixotropic behavior and under dynamic assays they behaved as a weak gel. Finally, ahipa can be considered a very good source of starch and might be used as a functional food, contributing to increase the RD and SD fractions. copyright 2014 WILEY-VCH Verlag GmbH & Co. KGaA, Weinheim.
机译:评估了香菜的两个部分(N度11和局部)的化学成分,并从技术和营养的角度对它们的淀粉进行了表征。与其他根和块茎相比,Ahipa根的特征在于蛋白质含量高(8-9%)。与本地登录号相比,登录号11的淀粉含量更高。与木薯相比,Ahipa淀粉的糊化温度更低,其登录号11的最低。 Ahipa淀粉的消化率与其他豆科植物相似。与木薯相比,登录号11显示出较高的快速消化(RD),抗性(RS)和较低的缓慢消化(SD)淀粉。旋转流变学测定表明糊化的Ahipa淀粉悬浮液表现出假塑性触变性,在动态试验下它们表现为弱凝胶。最后,菌脂可以被认为是很好的淀粉来源,可以用作功能食品,有助于增加RD和SD含量。版权所有2014 WILEY-VCH Verlag GmbH&Co.KGaA,Weinheim。

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