S. Kabanova, V. Bortsov, P. Shakhmatov, M. Danchenko, Sabina A. Scott, Andrey Kabanov, Yana Krekova, I. Kochegarov
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引用次数: 0
摘要
Nepeta属在医药、农业和食品工业中具有广泛的生物活性。本研究的目的是为了开发荆芥人工林的最佳农业技术。在哈萨克斯坦北部的条件下,保留有用的特性并增加精油的含量。研究对象是生长在阿克莫拉地区一个人工林上的一年生植物卡塔利亚。已可靠地证明,施用N 100 P 80 K 120复合肥对柽柳生长、生物量和产量的增加有正影响。无施肥处理挥发油得率为0.52%,有施肥处理挥发油得率为0.57%。试验区(1区和2区)生长的石竹挥发油主要成分分别为4aα - 7α - 7aα-内酯(76.5612和79.3200%)、β-石竹烯(4.0001和4.0351%)和石竹烯氧化物(1.9789和2.5969%)。精油中含有少量的剩余成分。哈萨克斯坦植物精油的成分与伊朗中部、埃及和韩国植物精油的成分相似,主要成分为荆芥内酯。所进行的研究证明在哈萨克斯坦北部的条件下种植猫薄荷是成功的。
Study of Plant Growth and Essential Oil of Nepeta cataria L. in Kazakhstan
: The genus Nepeta exhibits a wide spectrum of biological activity in medicine, agriculture, and the food industry. The purpose of the research is to develop the optimal agricultural technology for plantation cultivation of Nepeta cataria L . with the preservation of useful properties and to increase the content of essential oil in the conditions of Northern Kazakhstan. The objects of research are annual plants N. cataria L. growing on a plantation in the Akmola region. It has been reliably proven that the increase in the growth of N. cataria L., the biomass, and the yield is positively affected by the application of complex fertilizer N 100 P 80 K 120 . The essential oil yield was 0.52% in the experiment without fertilizers and 0.57% in the experiment with fertilizers. The main components of the essential oil of N. cataria L. grown in the experimental plots (plot #1 and plot #2) were 4aα7α7aα-Nepetalactone (76.5612 and 79.3200%), β-caryophyllene (4.0001 and 4.0351%) and caryophyllene oxide (1.9789 and 2.5969%). The remaining components were contained in the essential oil in small quantities. The composition of the essential oil of plants from Kazakhstan was similar to the composition of the essential oil of plants from central Iran, Egypt, and Korea, because the main substance was nepetalactone. The conducted studies prove the success of growing catnip in the conditions of Northern Kazakhstan.