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Essential oil yields and qualities of different clonal lines of Salvia lavandulifolia monitored in Spain over four years of cultivation

机译:四年来西班牙监测的丹参不同克隆系的精油产量和品质

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The current knowledge about the medicinal properties and marketing possibilities of the Spanish sage (Salvia lavandulifolia Vahl.) requires additional studies about the management of this valuable species. To this end, essential oil yields and chemistries from eleven different mother plants collected in the wild and cultivated in a single plot were obtained and monitored during four years (2010, 2011, 2013 and 2014) at three different phenological stages ((LF) leaves formation-vegetative, (FB) full bloom and (SM) seed maturation). Significant differences have been found in the yield over the phenology being the maximum essential oil production at the stage of SM. Besides, the yield enhanced by both the shortage periods of rainfalls and the plant age with in turn a maximum average yield recorded of 4.15% v/w in SM in 2014, at the end of the experiment. However, no distinction by clonal lines could be made regarding yield. Essential oil chemistry conversely, showed deeply influenced by the genotype from which the material for hydrodistillation was taken. Thus, the main essential oil compound recorded was the oxygenated terpene 1,8-cineole (36.7% in average value for whole experiment), with other accompanying important components such as et-pinene (7.8 %), beta-pinene + myrcene (14.5%),limonene (6.2%) and camphor (7.1%). Besides, unlike the yield, essential oil chemistry was only partially influenced by the year of harvest with no relevant changes according to the phenological stage of the plant. Thus, phytochemical differences found in nature in the first place largely and even wider remain when plant growing under a common environment. Hence, some new and stable chemotypes were described according to their high values of alpha-pinene (>10%), limonene (>17%), 1,8-cineole (>50%), camphor (>20%) and beta-caryophyllene (>7 %). This information is highly relevant for standardizing, assuring crop quality and for the proper management of the Spanish sage cultivation. (C) 2015 Elsevier B.V. All rights reserved.
机译:目前有关西班牙鼠尾草(Salvia lavandulifolia Vahl。)的药用特性和销售可能性的知识需要对这种珍贵物种的管理进行更多研究。为此,在三年(2010年,2011年,2013年和2014年)的四个不同物候期(LF)叶片中,从野外采集并在一个样地中种植的11种不同母本植物获得了精油产量和化学成分,并对其进行了监测。 (FB)盛开和(SM)种子成熟)。已发现在物候阶段,SM阶段的最大精油产量方面,收率存在显着差异。此外,由于降雨不足和植物年龄的增加,单季试验结束时,2014年单季最大平均产量达到4.15%v / w。但是,就产量而言,不能通过克隆系来区分。相反,精油化学显示出受加氢蒸馏原料的基因型的影响。因此,记录的主要精油化合物是氧化萜烯1,8-桉树脑(整个实验的平均值为36.7%),以及其他伴随的重要成分,例如et-pinene(7.8%),β-pinene+月桂烯(14.5)。 %),柠檬烯(6.2%)和樟脑(7.1%)。此外,与产量不同,精油化学仅受收获年份的影响,而根据植物的物候阶段没有相关变化。因此,当植物在共同环境下生长时,自然界中首先发现的植物化学差异甚至更大。因此,根据α-pine烯(> 10%),li烯(> 17%),1,8-桉树脑(> 50%),樟脑(> 20%)和β的高值描述了一些新的稳定化学型-石竹烯(> 7%)。此信息与标准化,确保作物质量以及正确管理西班牙鼠尾草栽培高度相关。 (C)2015 Elsevier B.V.保留所有权利。

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