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Short communication: Determination of constituent content of peanuts using near-infrared transmission spectroscopy and their relationship with taste test parameters

机译:简短交流:使用近红外透射光谱法测定花生的成分含量及其与味觉测试参数的关系

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摘要

We developed calibrations for the constituent content of peanuts such as sucrose, NRQ (defined by ninhydrine reaction, which has a high positive correlation with total free amino acids) and glutamic acid using a commercial near infrared (NIR) transmission analyser. Calibrations for four parameters in the taste test such as aroma, sweetness, umami and overall flavour were developed as well. The results show that calibrations for each constituent demonstrate reasonable accuracy with R{sup}2=0.85 and SECV=0.67% for oil, R{sup}2=0.71 and SECV=0.33% for sucrose, R{sup}2 = 0.63 and SECV=0.017% for NRQ and R{sup}2 = 0.77 and SECV=0.014% for glutamic acid. However, the constituent composition did not demonstrate significant correlation with taste test parameters and our attempts to obtain good NIR calibrations for taste test parameters also failed.
机译:我们使用商用的近红外(NIR)透射分析仪对花生(例如蔗糖),NRQ(由茚三酮反应定义,与总游离氨基酸具有高度正相关性)和谷氨酸的成分含量进行了校准。还开发了口味测试中四个参数的校准,例如香气,甜味,鲜味和整体风味。结果表明,每种成分的校准均显示出合理的准确性,其中油的R {sup} 2 = 0.85和SECV = 0.67%,蔗糖的R {sup} 2 = 0.71和SECV = 0.33%,R {sup} 2 = 0.63和对于NRQ,SECV = 0.017%,对于谷氨酸,R {sup} 2 = 0.77,并且SECV = 0.014%。但是,组成成分与味觉测试参数之间没有显示出显着的相关性,我们为味觉测试参数获得良好的NIR校准的尝试也失败了。

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