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Genotypic and Environmental Effects on Coffee (Coffea arabica L.) Bean Fatty Acid Profile: Impact on Variety and Origin Chemometric Determination

机译:基因型和环境对咖啡(阿拉伯咖啡)豆脂肪酸谱的影响:对品种和来源化学计量测定的影响

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摘要

In a previous study, the effectiveness of chlorogenic acids, fatty acids (FA), and elements was compared for the discrimination of Arabica varieties and growing terroirs. Since FA provided the best results, the aim of the present work was to validate their discrimination ability using an extended experimental design, including twice the number of location x variety combinations and 2, years of study. It also aimed at understanding how the environment influences FA composition through correlation analysis using different climatic parameters. Percentages of correct classification of known samples remained very high, independent of the classification criterion. However, cross-validation tests across years indicated that prediction of unknown locations was less efficient than that of unknown genotypes. Environmental temperature during the development of coffee beans had a dramatic influence on their FA composition. Analysis of climate patterns over years enabled us to understand the efficient location discrimination within a single year but only moderate efficiency across years.
机译:在先前的研究中,比较了绿原酸,脂肪酸(FA)和元素的有效性,以区别阿拉比卡品种和生长的风土。由于FA提供了最好的结果,所以本研究的目的是使用扩展的实验设计来验证其区分能力,其中包括两倍的位置x品种组合和2年的研究时间。它还旨在通过使用不同气候参数的相关分析来了解环境如何影响FA组成。独立于分类标准,已知样品正确分类的百分比仍然很高。但是,多年来的交叉验证测试表明,未知位置的预测效率不如未知基因型的预测效率。咖啡豆发育过程中的环境温度对其FA组成具有重大影响。多年来对气候模式的分析使我们能够了解一年之内的有效地理位置歧视,但多年以来的效率却中等。

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