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On-Line MS/MS Monitoring of Acrylamide Generation in Potato-and Cereal-Based Systems

机译:在线MS / MS监测基于马铃薯和谷物的系统中丙烯酰胺的产生

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An on-line MS/MS technique was used to study the generation of acrylamide in rye-,wheat-,and potato-based systems during cooking.Acrylamide release to the gas phase was monitored continuously and was correlated with the acrylamide content of samples using a calibration based upon the partition of [1,2,3-~(13)C_3]acrylamide.On-line results at 180 deg C were compared with data relating to the same systems obtained through GC-MS analysis.Agreement between the two techniques was notable,both in terms of the temporal profiles of acrylamide generation and when comparing the relative magnitudes of results for potato,wheat,and rye determined by each method.The effects of pH(citric acid)and added amino acids(soy protein hydrolysate)on the generation of acrylamide in hydrated potato flake were modeled at 180 deg C.It was concluded that a combined treatment of low levels of each additive could result in significant reductions in acrylamide,although the effects of such treatments on sensory properties such as color and flavor remain to be evaluated.
机译:在线MS / MS技术用于研究蒸煮过程中黑麦,小麦和马铃薯基系统中丙烯酰胺的生成。连续监测丙烯酰胺向气相的释放,并与样品中丙烯酰胺含量相关根据[1,2,3-〜(13)C_3]丙烯酰胺的分配进行校准。将180℃的在线结果与通过GC-MS分析获得的与相同系统有关的数据进行比较。从丙烯酰胺生成的时间分布以及比较每种方法确定的马铃薯,小麦和黑麦的相对量值方面,技术都是值得注意的。pH(柠檬酸)和添加的氨基酸(大豆蛋白水解物)的影响以水化马铃薯片中丙烯酰胺的生成为模型,在180℃下进行了模拟。结论是,低剂量每种添加剂的联合处理可能导致丙烯酰胺的显着减少,尽管这种处理对感觉正常的影响诸如颜色和​​风味的联系尚待评估。

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