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Study on morphological characteristics and microscopic structure of medicinal organs of Pulsatilla chinensis (Bunge) Regel

机译:Pulsatibla Chinensis(Bunge)Regel的药用机形态特征及微观结构研究

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Modern clinical studies have found that Pulsatilla radix contains a variety of active ingredients; however, its medicinal parts and microstructure have been controversial. Based on morphological observation and microscopic identification of different structures, we chose Anhui, Henan, Jilin, and Shanxi Province to study Pulsatilla chinensis (Bunge) Regel populations. We specifically addressed different diameters and anatomical structures of different parts of underground organs. We also found that P. chinensis (Bunge) Regel had a joint point structure in its underground organ. Above the joint point is the rhizome, below the joint point is the root. The main medicinal organ is the rhizome. The protective tissues of the endothelial layer of P. chinensis (Bunge) Regel changed in the process of its development. The protective tissues were replaced by epidermis, cortex, endodermis, and phloem. With the secondary growth, the endothelial cells have been radial division. This study showed that morphology and microscopic identification was an important mean of medicinal material identifications, and it had the characteristics of a convenient, fast, and intuitive method to identify the composition and structural characteristics of P. chinensis (Bunge) Regel medicinal parts.
机译:现代临床研究发现,Pulsatilla radix含有各种活性成分;然而,其药用零部件和微观结构具有争议性。基于不同结构的形态学观察和微观识别,我们选择了安徽,河南,吉林和山西省研究了Pulsatilla chinensis(Bunge)roomel群体。我们专门解决了地下器官不同部位的不同直径和解剖结构。我们还发现,P.Chinensis(Bunge)Regel在其地下器官中具有关节点结构。在关节点上方是根茎,下方是根。主要的药物器官是根茎。在其开发过程中改变了P.Chinensis(Bunge)endel的内皮层的保护组织。保护组织被表皮,皮质,内胚层和韧皮肌所取代。随着二次生长,内皮细胞一直是径向分裂。该研究表明,形态学和微观鉴定是药材鉴定的重要平均值,具有方便,快速,直观的方法的特点,用于鉴定P.Chinensis(Bunge)regel药物零件的组成和结构特征。

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