首页> 外文OA文献 >Comparative study on major chemical constituents in volatile oil of true cinnamon (Cinnamomum verum Presl. syn. C. zeylanicum Blum.) and five wild cinnamon species grown in Sri Lanka
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Comparative study on major chemical constituents in volatile oil of true cinnamon (Cinnamomum verum Presl. syn. C. zeylanicum Blum.) and five wild cinnamon species grown in Sri Lanka

机译:真正肉桂挥发油中主要化学成分的比较研究(肉桂菊属植物 PRESL。SYN。 C. Zeylanicum Blum。)和在斯里兰卡种植的五种野生肉桂种

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摘要

The genus Cinnamomum has 250 species distributed from South, East and South East Asia to Australia. There are eight species of cinnamon grown in Sri Lanka, of which, Cinnamomum verum Pres1 (syn. C. zeylanicum Blume) which is widely cultivated in the country. In addition, seven other species of wild cinnamon are also grown which are endemic to Sri Lanka which are considered wild cinnamon. In this study, six Cinnamomum species were selected namely Cinnamomum verum, Cinnamomum dubium Nees (Sinhala: Sewel Kurundu or Wal Kurundu), Cinnamomum citriodorum (Sinhala: Pangiri Kurundu), Cinnamomum rivulorum Kostermans, Cinnamomum sinharajense Kostermans, Cinnamomum capparu-corende (Sinhala: Kapuru Kurundu). Much work has been carried out with Cinnamomum verum, however, work on wild cinnamon varieties is scanty. In this backdrop, this study was carried out to identify and quantify the major chemical constituents of volatile oils obtained from bark and leaves of wild and true cinnamon species cultivated or grown in Sri Lanka. It was revealed that leaf oil of Cinnamomum verum contains significantly (p<0.05) higher percentage of volatile oil (3.23%). The highest bark oil content (3.53%) was observed in Cinnamomum sinharajense, the lowest leaf oil (0.41%) and stem bark oil (0.51%) contents were observed in the Cinnamomum rivulorum. Fifteen major volatile chemical constituents were identified by Liquid Gas Chromatographic analysis in the essential oils obtained from bark and leaf of different cinnamon species. The highest cinnamaldehyde content (67.57%) was observed in Cinnamomum verum. Cinnamomum sinharajense contained comparatively higher amount of cinnamaldehyde (57.46%) than the other wild cinnamon species. The highest euginol content (87.53%) was observed in Cinnamomum sinharajense leaf. When compared with the chemical composition of Cinnamomum dubium leaf oil, geraniol was the most abundant (24.05%) among the volatile chemical constituents. β-Caryophyllene (41.31%) was identified in Cinnamomum dubium stem bark oil. The highest Euginol (22.29%) content was present in essential oil obtained from Cinnamomum rivulorum stem bark which was not observed in other cinnamon species.
机译:Cinnamomum属的属于南部,东南和东南亚的250种到澳大利亚。斯里兰卡有八种肉桂种植,其中葡萄酒验证(SYN。C. Zeylanicum Blume)在该国广泛种植。此外,还有七种其他野生肉桂种植,这是斯里兰卡的特有,被认为是野生肉桂。在这项研究中,选择了六种肉桂瘤,Cinnamomum Dubium Nees(Sinhala:Sewel Kurundu或Wal Kurundu),Cinnamomum CitriDorum(Sinhala:Pangiri Kurundu),Cinnamomum Rivulorum Kostermans,Cinnamomum Sinharajense Kostermans,Cinnamomum Citrencumans(Sinhala: Kapuru Kurundu)。古老的古老古菊清楚的工作已经进行了很多工作,但是,野生肉桂品种的工作很少。在这项背景下,本研究进行了识别和量化在斯里兰卡栽培或生长的野生和真正的肉桂种的吠柳和叶子获得的挥发性油的主要化学成分。据透露,肉桂膜的叶油含有显着(P <0.05)挥发性油(3.23%)。在肉桂瘤中观察到最高的树皮油含量(3.53%),在肉桂瘤中观察到最低的叶油(0.41%)和茎吠兰油(0.51%)含量。通过液体气相色谱分析在不同肉桂物种的甲基和叶片获得的精油中鉴定了十五个主要挥发性化学成分。在Cinnamomum Verum中观察到最高的肉桂醛含量(67.57%)。 Cinnamomum sinharajense含有比其他野生肉桂物种相对较高的肉桂醛(57.46%)。在Cinnamomum sinharajense叶中观察到最高的euginol含量(87.53%)。与Cinnamomum Dubium Leafl油的化学成分相比,甘丹醇是挥发性化学成分中最丰富(24.05%)。在Cinnamomum Dubium Step Bark油中鉴定β-亚芳酮(41.31%)。最高的Euginol(22.29%)含量存在于从其他肉桂物种中未观察到的肉桂Mumum Rivulorum Step Bark的精油中。

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