几种植物提取物联合应用对人肝癌细胞株的协同抗癌作用

M.A. Moatasem, J.S. Dhifaf, H.A. Emaduldeen, M. Mohammed, S. A. Ibrahim, J. M. Dhuha, H. Haniza, D.J. Abd Ulrazaq, H. Falah, R. Rana
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引用次数: 0

摘要

背景:尽管在治疗和诊断方法上有了很大的发展,癌症仍然是世界范围内的一个主要健康问题。因此,本研究旨在继续寻找成本低、对癌细胞副作用小的新药。药用植物是发现癌症治疗新材料的合适候选者。方法:采用10种常用中药植物,对其抗癌效果进行评价。按照传统的用法,将这些植物分为两种混合物,分别命名为混合物A和混合物b。还计算了IC50。结果:在400µg/ml作用4 8h时,混合物A的细胞毒性达到66.98%,混合物B的细胞毒性达到63.66%。混合物A的IC50为53µg/ml,混合物B的IC50为44.29 g/ml。所有这些结果与正常细胞系HnFd细胞进行比较。综上所述,混合药用植物可以有效提高植物化学物质之间的协同作用的抗癌活性。未来的研究将对这些影响进行扫描。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Synergistic Anticancer Effect of Some Plant Extracts in Combination against Human Liver Cancer Cell Line
Background: Cancer is still a major health problem worldwide, despite the big development in treatment and diagnostic methods. For this reason, this study aims to find new drugs with low cost and fewer side effects on cancer cells continue. Medical plants represent a suitable candidate for discovering new materials for cancer treatment. Methods: Ten plants usually used in traditional medicine were used to evaluate their effectiveness as anti-cancer. These plants were divided into two mixtures according to traditional usage, named mixtures A and B. The anticancer effect against HepG2 was determined by MTT assay. The IC50 was also calculated. Result: Mixture A showed cytotoxicity reached 66.98%, while mixture B showed 63.66% by using 400 µg/ml at 4 8h. The IC50 for mixture A was 53 µg/ml, while for mixture B was 44.29 g/ml. All these results compare to normal cell line HnFd cells. In conclusion, mixing medical plants can effectively increase the anticancer activity of the synergistic effect between the phytochemicals. Future studies will be done to scan these effects.
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