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首页> 外文期刊>Food and Nutrition Sciences >Towards Include Preservation of Vitamins in Fenugreek and Carob Seeds by the Instant Controlled Pressure-Drop Process (DIC Process)
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Towards Include Preservation of Vitamins in Fenugreek and Carob Seeds by the Instant Controlled Pressure-Drop Process (DIC Process)

机译:包括通过即时控制的压降过程(DIC过程)保存葫芦巴和角豆种子中的维生素

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摘要

Fenugreek and carob seed were germinated in the dark for 4 days and 15 days respectively. The two species are rich in vitamins A, B1, B3, B8. Germination promotes the increase in their concentrations. To ensure preservation and increased bioavailability of the vitamins, it is necessary to apply a DIC of 30s to 400 kPa making it possible to support the cellular expansion and the decontamination of germinated seeds. Vitamin A content in germinated carob seed increased by 82.54%, which is not the case for fenugreek. A decrease in vitamin A concentration of 4 μg/100 g of dry matter. DIC increase vitamin B1, B3 and B8 in germinated fenugreek seeds. A slight decrease of B vitamins in germinated carob seed after treatment with DIC has been noticed. This loss can be explained by the low bioavailability caused mainly by the botanical structures of the seeds.
机译:胡芦巴和角豆种子分别在黑暗中发芽4天和15天。这两个物种富含维生素A,B1,B3,B8。发芽促进其浓度增加。为了确保维生素的保存和增加的生物利用度,有必要施加30s至400 kPa的DIC,以支持细胞膨胀和对发芽种子进行去污染。发芽的角豆种子中的维生素A含量增加了82.54%,而胡芦巴则不然。维生素A浓度降低4微克/ 100克干物质。 DIC增加发芽的胡芦巴种子中的维生素B1,B3和B8。经DIC处理后,发芽角豆种子中的维生素B含量略有下降。这种损失可以解释为主要由种子的植物结构引起的生物利用度低。

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