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首页> 外文期刊>Phytochemistry >Effects of chloride ion on acutumine and dechloroacutumine production by Menispermum dauricum root culture
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Effects of chloride ion on acutumine and dechloroacutumine production by Menispermum dauricum root culture

机译:氯离子对半月板草根培养中金盏花和去氯金刚碱生产的影响

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The effects of chloride ion on the production of acutumine and dechloroacutumine, by Menispermum dauricum root culture, were studied. The chloride ion content in the medium plays a key role in the production of both alkaloids. A low chloride medium promoted production of dechloroacutumine and suppressed that of acutumine. Production of the two alkaloids during the 60 day culture period was closely associated with root biomass. Both alkaloids accumulated in the roots and a relatively small proportion was exuded into the medium. The intact plant produced very low amounts of both alkaloids. On the average, cultured roots contained 22- and 75-fold more acutumine and dechloroacutumine, respectively, than intact plants.
机译:研究了氯化半胱氨酸对半月板草根培养产生的金盏花碱和脱氯金盏花碱的影响。培养基中氯离子的含量在两种生物碱的生产中都起着关键作用。低氯化物培养基促进了十氯金刚烷的产生,并抑制了金刚烷胺的产生。在60天的培养期间,两种生物碱的产生与根生物量密切相关。两种生物碱都在根部积累,并且相对较小的比例渗出到培养基中。完整的植物产生非常少量的两种生物碱。平均而言,培养的根分别比完整的植物多含有22倍和75倍的金刚碱和十氯金刚碱。

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