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首页> 外文期刊>Ciência Rural >Efeito do ácido salicílico e nitrato de prata na produ??o de rutina por Hyptis marrubioides cultivada in vitro
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Efeito do ácido salicílico e nitrato de prata na produ??o de rutina por Hyptis marrubioides cultivada in vitro

机译:水杨酸和硝酸银对离体培养的Hyptis marrubioides芦丁生产的影响

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Hyptis marrubioides (Lamiaceae) is a medicinal plant that is native from Brazilian Cerrado. In vitro propagation techniques make use of elicitors to alter metabolic pathways, affecting how molecules are produced both qualitatively and quantitatively. This research aimed to evaluate how abiotic elicitors salicylic acid (SA) and silver nitrate (SN) at concentrations of 30μM or 60μM influence Hyptis marrubioides seedling growth by two different in vitro culture methods. The rutin content was quantified by HPLC-DAD. Compared to an untreated culture, the H. marrubioides methanolic extracts cultured in MS medium for 10 days followed by culture in MS medium containing SN (30μM) for 20 days had 1.28 times higher rutin content. In a second experiment, seedlings were cultured in MS medium for 20 days, and then the desired elicitor was added to the culture and allowed to remain in contact with the medium for three and six days. SA (30μM) gave the best results: rutin production was 16.56-foldhigher than the control after six days. SN (30μM) increased the rutin content by 1.17-fold. At the two concentrations evaluated during the elicitation experiments, neither SA nor SN altered the growth parameters shoot length, leaf number, and fresh and dry weight of H. marrubioides seedlings grown in vitro as compared to the control. Based on these results, the abiotic elicitors SA and SN successfully provide Hyptis marrubioides with increased rutin content in vitro.
机译:Hyptis marrubioides(唇形科)是一种药用植物,起源于巴西的塞拉多。体外繁殖技术利用激发子改变代谢途径,从而影响分子的定性和定量生成方式。本研究旨在通过两种不同的体外培养方法,评估非生物引发剂水杨酸(SA)和硝酸银(SN)在浓度为30μM或60μM的情况下如何影响水生hyptis marrubioides幼苗的生长。芦丁含量通过HPLC-DAD定量。与未经处理的培养物相比,在MS培养基中培养10天,然后在含有SN(30μM)的MS培养基中培养20天的marrubioides甲醇提取物的芦丁含量高1.28倍。在第二个实验中,将幼苗在MS培养基中培养20天,然后将所需的激发子添加到培养物中,并使其与培养基保持接触3天和6天。 SA(30μM)产生最好的结果:六天后,芦丁的产量比对照高16.56倍。 SN(30μM)将芦丁含量提高了1.17倍。在诱导实验中评估的两个浓度下,与对照相比,SA和SN均未改变生长参数,其长度,叶片数以及体外生长的marrubioides幼苗的干重和干重。基于这些结果,非生物激发子SA和SN在体外成功地为马氏酵母菌提供了增加的芦丁含量。

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