It is reported that the hypericin and its derivatives in Hypericum are accumulated in a secretory structure.
据报道，金丝桃属植物的金丝桃素类化合物贮存于其分泌结构内。
参考来源 - 金丝桃属植物的分泌结构及其与金丝桃素类物质的相关性研究·2,447,543篇论文数据，部分数据来源于NoteExpress
结论：该属的内部分泌结构和解剖特征可以作为这20种药用植物的显微鉴别指标。
Conclusion: the secretory structures may be as anatomical evidences for the morphological and histological identification of 20 medicinal species in Hypericum.
因此近年来对该属植物的分泌结构、具药理作用的化学成分、快速繁殖以及分子水平的研究越来越多。
And then there have been more and more researches about secretory structure, pharmacological compounds, and fast propagation of Hypericum l. on molecular level.
因此近年来对该属植物的分泌结构、具药理作用的化学成分、快速繁殖以及分子水平的研究越来越多。
And then there have been more and more researches about secretory structure, pharmacological compounds, and fast propagation of Hypericum l.
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