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[葛根块根异常结构的显微解剖]

[Microscopic anatomy of abnormal structure in root tuber of Pueraria lobata].

作者信息

Duan Hai-yan, Cheng Ming-en, Peng Hua-sheng, Zhang He-ting, Zhao Yu-jiao

出版信息

Zhongguo Zhong Yao Za Zhi. 2015 Nov;40(22):4364-9.

Abstract

Puerariae Lobatae Radix, also known as Gegen, is a root derived from Pueraria lobata. Based on field investigation and the developmental anatomy of root tuber, we have elucidated the relationship between the growth of root tuber and the anomalous structure. The results of analysis showed that the root system of P. lobata was developed from seed and adventitious root and there existed root tuber, adventitious root and conductive root according to morphology and function. The root tuber was developed from adventitious root, its secondary structure conformed to the secondary structure of dicotyledon's root. With the development of root, the secondary phloem of root tuber appeared abnormal vascular tissue, which was distributed like ring in the outside of secondary vascular tissue. The root tuber might have 4-6 concentric circular permutation abnormal vascular tissuelobate, and was formed by the internal development of abnormal vascular tissue. The xylem and phloem of abnormal vascular tissue were the main body of the root tuber. The results reveal the abnormal anatomical structure development of P. lobata, also provides the theoretical basis for reasonable harvest medicinal parts and promoting sustainable utilization of resources of P. lobata.

摘要

葛根,又称葛,是野葛的根。通过实地调查和块根的发育解剖,我们阐明了块根生长与异常结构之间的关系。分析结果表明,野葛的根系由种子根和不定根发育而来,根据形态和功能可分为块根、不定根和输导根。块根由不定根发育而来,其次生结构符合双子叶植物根的次生结构。随着根的发育,块根的次生韧皮部出现异常维管组织,呈环状分布在次生维管组织外侧。块根可能有4-6个同心环状排列的异常维管束叶状结构,由异常维管组织向内发育形成。异常维管组织的木质部和韧皮部是块根的主体。研究结果揭示了野葛异常解剖结构的发育情况,也为合理采收药用部位和促进野葛资源的可持续利用提供了理论依据。

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