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Environmental effect on flavonoid concentrations and profiles of red and lemon-yellow sorghum grains.

机译:环境对红色和柠檬黄色高粱粒类黄酮浓度和轮廓的影响。

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摘要

Pigmented sorghum genotypes high in flavonoids have been developed in recent years. Flavonoid levels of seven sorghum genotypes grown in four locations in Texas, USA were evaluated to assess the relative genotype, environment and genotype x environment effects. Sorghums from Halfway were highly weathered which affected flavonoid levels. Two flavanones, four 3-deoxyanthocyanidins, and two flavones were detected and quantified. Weathered grains had the lowest flavanone levels (303 mug/g) and the highest 3-deoxyanthocyanidins levels (82 mug/g). Only genotype 99LGWO50 had high levels of flavones (255 mug/g). For all flavonoids there was a genotype x environment interaction effect (p< 0.01), which suggested that environment had a different effect on flavonoid levels depending on the genotype. Red and lemon-yellow genotypes must be evaluated in multiple environments to identify the best genotype to obtain the highest yields of specific flavonoid compounds
机译:近年来,已开发出高类黄酮的色素高粱基因型。评价了在美国得克萨斯州四个地方生长的七个高粱基因型的类黄酮水平,以评估相对基因型,环境和基因型x环境的影响。 Halfway的高粱高风化,影响了类黄酮的含量。检测并定量了两个黄烷酮,四个3-脱氧花青素和两个黄酮。风化谷物的黄烷酮含量最低(303杯/克),3-脱氧花青素含量最高(82杯/克)。仅基因型99LGWO50具有较高的黄酮含量(255杯/克)。对于所有的类黄酮,都有一个基因型x环境相互作用效应(p <0.01),这表明环境对基因型的影响不同。必须在多个环境中评估红色和柠檬黄色的基因型,以鉴定最佳基因型以获得特定类黄酮化合物的最高收率

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