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A Comparison of Microwave-Assisted Heating with Conventional Heating of Sweet Potato &i&(Ipomoea batatas)&/i&: Analysis of Monosaccharides and Disaccharides

机译:微波辅助加热与常规加热的甘薯(Ipomoea batatas)/ i的比较:单糖和二糖的分析

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Microwave-assisted heating has been recently used for extracting nutrient components from food materials. The technique sometimes invokes reactions from nutrient compounds during microwave-irradiation because it activates water molecules to reach a high temperature. The microwave-irradiation produced 5.3 g maltose per 100 g sweat potatoes in 30 s, which was faster than conventional heating (3.9 g maltose per 100 g in 300 s). Fructose level increased with the longer reaction time under microwave-irradiation (from 1.33 g to 1.65 g in 120s), but decreased with a longer reaction time under conventional heating (from 0.99 g to 0.83 g in 1200 s). This study demonstrates the differences in the reactions and products between microwave-irradiation and conventional heating.
机译:近年来,微波辅助加热已用于从食品原料中提取营养成分。该技术有时会在微波辐照期间从营养化合物中引起反应,因为它可以激活水分子达到高温。微波辐射在30 s内每100 g汗土豆产生5.3 g麦芽糖,这比常规加热(300 s中每100 g 3.9 g麦芽糖)要快。果糖水平随着微波辐照时间的延长而增加(在120s内从1.33 g降至1.65 g),但在常规加热条件下的反应时间越长(在1200 s内从0.99 g降至0.83 g)而降低。这项研究证明了微波辐射与常规加热之间反应和产物的差异。

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