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Variation in biochemical parameters in different parts of potato tubers for processing purposes

机译:用于加工目的的马铃薯块茎不同部位生化参数的变化

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摘要

The present study was conducted to estimate the variation in bio-chemical parameters among eight different parts viz. bud end cortex, bud end medulla, central cortex, central medulla, pith, stem end cortex, stem end medulla and peel of potato tuber of processing varieties. Concentration of dry matter, reducing sugar, sucrose and starch content were higher in cortical region than in medullar region of stem end, bud end and central portion. Variety Kufri Chipsona-1 had maximum dry matter content in stem end cortex (SEC 30.34 %), followed by Kufri Frysona (SEC 27.71 %). Mean reducing sugar values were comparatively more in bud end cortex (BEC 111.3 mg/100 g Fresh Weight) and lowest in stem end medulla (SEM 44.05 mg/100 g FW). Bio-chemical contents varied considerably within different parts of tuber as well as in different genotypes. The information generated in this study can help processors for effective utilization of potato for various types of processing products viz., chips and French fries.
机译:进行本研究以估计八个不同部分之间的生化参数变化。芽末皮,芽末延髓,中央皮层,中央延髓,髓,茎端皮质,茎末延髓和马铃薯块茎的加工品种。皮层区干物质浓度,还原糖,蔗糖和淀粉含量高于茎端,芽端和中部的延髓区。品种Kufri Chipsona-1在茎端皮层中的干物质含量最高(SEC 30.34%),其次是Kufri Frysona(SEC 27.71%)。芽末皮中的平均还原糖值相对较高(BEC 111.3 mg / 100 g鲜重),而茎末延髓中的平均还原糖最低(SEM 44.05 mg / 100 g FW)。块茎的不同部位以及不同基因型的生化含量差异很大。这项研究中产生的信息可以帮助加工者有效地利用马铃薯来加工各种类型的加工产品,例如薯片和炸薯条。

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