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首页> 外文期刊>Journal of Essential Oil-Bearing Plants >The Content and Composition of Essential Oil of Origanum majorana L. Grown in Poland Depending on Harvest Tme and Method of Raw Material Preparation
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The Content and Composition of Essential Oil of Origanum majorana L. Grown in Poland Depending on Harvest Tme and Method of Raw Material Preparation

机译:波兰收获的牛至油牛至精油的含量和组成取决于收获时间和原料制备方法

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摘要

Volatile components of marjoram (Origanum majorana L.) essential oil obtained from the air-dried ground and unground herb, collected at full flowering (1st harvest), and from regrowth stems (2nd harvest) was analysed by GC-MS and GC-FID. The studied plants belong to the trans-sabinene hydrate chemotype, and the average percentage of this compound was 49.12 %. The harvest of the herb at full flowering stage (July) allows to obtain an oil containing more cis-sabinene hydrate, sabinene as well as cis- and trans- sabinene hydrate acetates than that obtained from the second harvest in October, from which we obtain, in turn, more trans-sabinene hydrate, linalyl acetate, and E-caryophyllene in the oil. These modifications may be important for the practical application of marjoram essential oil and herbal raw material itself. The grinding of marjoram raw material should be considered to be a treatment that enhances the fragrance of the spice. The separation of low-value stems allows obtaining an oil with a higher proportion of sabinene and cis-sabinene hydrate.
机译:通过GC-MS和GC-FID分析了从风干的地面和未地面的草本植物中获得的马郁兰(牛至)的挥发油成分,这些花朵在盛花期(第一次收获)和再生长茎(第二次收获)中采集。 。所研究的植物属于反sabinene水合物化学型,该化合物的平均百分比为49.12%。从十月的第二次收获获得的油中,在盛花期(7月)收获的草本植物所获得的油所含的顺式-Sabinene水合物,sabinene以及顺式和反式-Sabinene水合物乙酸盐含量更高。 ,反过来,油中的反式Sabinene水合物,乙酸芳樟酯和E-石竹烯则更多。这些修饰对于马郁兰精油和草药原料本身的实际应用可能很重要。墨角兰原料的研磨应被认为是增强香料香气的一种处理方法。低价值茎的分离允许获得具有更高比例的sa烯和顺式sa烯水合物的油。

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