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Jatropha curcas flowers from southern Mexico: chemical profile and morphometrics

机译:来自墨西哥南部的麻风树麻疯树花:化学特征和形态计量学

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Jatropha curcas flowers from two localities in the Soconusco region, southern Mexico, were chemical and morphometrically analyzed: Camino a la Pita (CP) and Manuel Lazos (ML). Our results showed significant differences in floral volatile composition and flower morphology. A total of 30 compounds were identified; (E)--ocimene was the main compound in all flowers, followed by dendrolasin, (Z, E)--farnesene, linalool, and (3Z)-hexenyl benzoate. (Z, E)--farnesene was the first discriminant compound between flower sex and locations, followed by (3Z)-hexenyl benzoate, (cis)--elemenone and linalool based on the Gini index. Morphometrically, there were significant differences between study sites, where CP female flowers were smaller in sepal, petal length and gynoecium height. These phenotypic variations could be the consequence of the high genetic differentiation driven for the environmental conditions where these populations are grown.
机译:对墨西哥南部Soconusco地区两个地方的麻疯树花进行了化学分析和形态计量学分析:Camino a la Pita(CP)和Manuel Lazos(ML)。我们的结果表明,花卉挥发性成分和花卉形态存在显着差异。总共鉴定出30种化合物。 (E)-海马烯是所有花朵中的主要化合物,其次是树突蛋白,(Z,E)-法呢烯,芳樟醇和(3Z)-己烯基苯甲酸酯。 (Z,E)-法呢烯是第一个区分花朵性别与位置的化合物,其后是基于基尼系数的(3Z)-己烯基苯甲酸酯,(顺式)-榄香烯和芳樟醇。形态上,研究地点之间存在显着差异,其中CP雌花的萼片,花瓣长度和妇科高度较小。这些表型变异可能是由于这些种群生长的环境条件导致的高度遗传分化的结果。

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