综合利用锆石和硅藻土对西高加索地区紫锥菊根部生产力的影响

R. R. Thaganov, N. I. Sidelnikov
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摘要

紫锥菊(Echinacea purpurea L. )是一种多年生药用植物,从它的草本植物中提取的数十种制剂被用于增强免疫系统和治疗炎症性疾病。目前,已在该植物的根系中发现了羟基酸和烷酰胺,并在此基础上制成了 "安吉诺尔 "和 "普罗斯坦诺夫 "制剂。利用紫锥菊的根和根茎生产和创造新的药用产品取决于稳定的原料基础,这可以通过获得最高产量的根来确保。在克拉斯诺达尔边疆区条件下,为确定采收时间和提高地下块茎产量的方法而进行的研究结果表明,紫锥菊根和根茎的高产量是在生长三至四年的种植园中确定的,其平均产量为 10 c/ha,它们的羟基酸含量为 3.9%。今后,产量将降至 8 c/ha,活性物质含量降至 2.1%。锆石(0.04 升/公顷)和西利普兰(0.5 升/公顷)单独或混合使用的双重处理方法使 III 年和 IV 年的产量提高了 28-30%,并改善了原料质量,活性物质含量增加了 5-7%。在植被生长的第五年混合使用这些药物,可将根的产量提高到 10.3 c/ha,氧化酸的含量较高 - 2.55%。研究表明,使用 Siliplant + Zircon 双组分系统对无性繁殖植物进行叶面施肥可促进紫锥菊对干燥气候条件的适应,并使其无论在何种气候条件下都能获得稳定的优质药用原料产量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Effect of integrated use of Zircon and Siliplant on productivity of Echinacea purpurea roots in Western Caucasus
Echinacea purpurea L. – is a perennial medicinal plant, from the herb of which dozens of preparations have been created that are used to strengthen the immune system, in the treatment of inflammatory diseases. At present, oxyconic acids and alkamides have been found in the plant’s root system, and the preparations «Anginol» and «Prostanov» have been created on their basis. The production and creation of new medicinal products from the roots and rhizomes of the Echinacea purpurea depends on a stable raw material base, which can be ensured by obtaining maximum yields of roots. As a result of studies to determine the timing of harvesting, methods to increase the yield of the underground mass in the conditions of the Krasnodar Territory, it was revealed that the high yield of roots and rhizomes of Echinacea purpurea was determined on plantations III-IV years of growing, which averaged 10 c/ha, they had an oxyconic acid content of 3,9%. In the future, there is a decrease in yield to 8 c/ha, and active substances to 2.1%. Dual treatments treatments Zircon (0.04 l/ha) and Siliplant (0.5 l/ha) both separately and in the mixture gave the opportunity to increase the yield for III and IV years to 28–30% and improve the quality of raw materials, the content of active substances increased by 5–7%. The complex use of these drugs in the V year of vegetation allows to increase the yield of roots to 10.3 c/ha with a high content of oxidic acids – 2.55%. It was revealed that foliar fertilization of vegetative plants with two-component system Siliplant + Zircon promotes the adaptation of Echinacea purpurea to dry weather conditions and makes it possible to obtain stable yields of medicinal raw materials with high quality regardless of weather conditions.
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