膜技术在吲哚类生物碱提取中的应用

V. Vachnadze, Nina Vachnadze, A. Bakuridze, Raul Gociridze, M. Jokhadze, Vaxtang Mshvildadze, L. Ebralidze, D. Berashvili
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引用次数: 1

摘要

利用具有一定孔隙率的超滤膜,可以在分子量水平上实现二聚体和单体生物碱的选择性分离。利用100-150A°的膜孔隙率和从蔓越菊地上部提取的醇提取物进行过滤,在M+ 168 ~ M+ 426的分子质量范围内实现了选择性分离。用LC-MS/MS和GC/MS方法分别鉴定了微量生物碱的组分,分别为norharman (M+ 168)、dihydrositsirikin (M+ 356)和vindorosine (M+ 426)。经Resazurin试验,该次要生物碱组分对DLD-1和WS-1细胞株均有较强的细胞毒活性;经Hoechst试验,该次要生物碱组分对A-549、DLD-1和WS-1细胞株均有较强的细胞毒活性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MEMBRANE TECHNOLOGY IN THE EXTRACTION OF INDOLE ALKALOIDS
By using ultrafiltration membrane with a certain porosity, it is possible to achieve selective fractionation of dimeric and monomeric alkaloids at the molecular weight level. With porosity of the membrane 100-150A° and filtration of alcohol extracts of Vinca rosea L. obtained from the aerial part of the plant, selective fractionation was achieved within the molecular masses from M+ 168 to M+ 426. In the fraction of minor alkaloids, a norharman (M+ 168), dihydrositsirikin (M+ 356) and vindorosine (M+ 426) were identified by the method of LC-MS/MS and GC/MS. The fraction of the minor alkaloids showed strong cytotoxic activity against the DLD-1 and WS-1 cell lines (Resazurin test), and according to the Hoechst test, to the cells of all A-549, DLD-1 and WS-1 lines.
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