首页> 外文期刊>Planta medica: Natural products and medicinal plant research >Production of ginkgolides and bilobalide by Ginkgo biloba plants and tissue cultures.
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Production of ginkgolides and bilobalide by Ginkgo biloba plants and tissue cultures.

机译:银杏植物和组织培养物生产银杏内酯和银杏内酯。

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摘要

The accumulation of the terpenes ginkgolides and bilobalide in Ginkgo biloba was reported in plants as well as in plant cell cultures. Several hundred plants cultivated under controlled conditions in the field have been analyzed for their terpene production over many years. Cross-pollination experiments were performed with mature trees and the terpene content of the progeny was analyzed. The age of the tree is the main factor influencing the terpene content of the leaves as the level always decreases dramatically between young and old trees. 80 cell culture strains have been established and ginkgolides analyzed by GC/MS. These cell cultures reveal very low amounts of terpenes (1 microgram g-1 D.W. or less). On the contrary, isolated in vitro root cultures accumulate terpenes at the same concentration as the young plant leaves (4 mg g-1 D.W.). Attempts to obtain rapid growing roots or even hairy-roots did not succeed but the possibility to transform Ginkgo cell strains has been demonstrated.
机译:据报道植物中以及植物细胞培养物中银杏银杏萜内酯和银杏内酯的积累。多年以来,已经分析了在田间受控条件下种植的数百种植物的萜烯产量。用成熟树进行异花授粉实验,并分析后代的萜含量。树木的年龄是影响叶子中萜烯含量的主要因素,因为老树和老树之间的含量总是急剧下降。已经建立了80种细胞培养菌株,并通过GC / MS分析了银杏内酯。这些细胞培养物显示出非常少量的萜烯(1微克g-1 D.W.或更少)。相反,离体的体外根培养物积累的萜烯浓度与幼株叶片的浓度相同(4 mg g-1 D.W.)。尝试获得快速生长的根甚至毛根都没有成功,但是已经证明了转化银杏细胞株的可能性。

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