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Anti‐Toxoplasma activity and chemical compositions of aquatic extract of Mentha pulegium L. and Rubus idaeus L.: An in vitro study

机译:抗弓形虫活性和椎间田施脉管水生提取物的化学组成和橡胶Idaeus L .:体外研究

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This study aimed to determine the chemical compositions of crude aquatic extracts of M. pulegium L. and R. idaeus L., and their anti‐Toxoplasma activity. Crude aquatic extraction of aerial parts of R. idaeus L. and M. pulegium L. was performed. GC‐MS and HTPLC analyses were carried out. MTT assay was performed on Vero cells treated by different concentrations (Log ?10 from 10?1 to 10?6) of the extracts. The anti‐Toxoplasma activity of the concentrations was investigated using vital staining. Menthol (99.23%) and limonene (0.227%) were the major compounds of the aquatic extract of M. pulegium L. Phytochemical compositions of R. idaeus L. were terpenoids, esterols, and flavonoids. The cell toxicity of M. pulegium L. was lower than R. idaeus L. (CC50??10?2 versus. ≥ 10?4). Aquatic extract of M. pulegium L. showed higher anti‐Toxoplasma activity (LC50?≥?10?6) than R. idaeus L. (LC50?≥?10?5). Statistically significant cell toxicity and anti‐Toxoplasma activity (p??.05) were seen regarding the different concentrations of R. idaeus L. and M. pulegium L. Both R. idaeus L. and M. pulegium L. revealed anti‐Toxoplasma activities. Cell toxicity of R. idaeus L. was significantly higher than M. pulegium L. M. pulegium L. extract could be more applicable due to its lower cell toxicity.
机译:该研究旨在确定M.屈曲L.和Idaeus L.和抗毒素活性的粗水肿提取物的化学成分。进行R.Adaeus L.和M.施铂L.的粗水水生萃取。进行GC-MS和HTPLC分析。 MTT测定对由不同浓度处理的Vero细胞(从10〜10〜10〜10→10〜10〜10. 6)处理的vero细胞中进行。使用重要染色研究浓度的抗致弓形虫活性。薄荷醇(99.23%)和柠檬烯(0.227%)是M.抗菌化合物的水生提取物的主要化合物.R.IDaeus L的植物化学组合物是萜类化合物,酯类和黄酮类化合物。 M.屈曲L.的细胞毒性低于抗体L.(CC50?>?10〜2对。≥10?4)。 M.屈曲L的水生提取物显示比R. IDaeus L.(LC50?≥10≤10≤1)更高的抗致弓形虫活性(LC50?≥?10?5)。关于不同浓度的R. Idaeus L.和M.·普拉,抗致毒素活性和抗毒素毒性和抗致毒素活性(p≤105)。弓形虫活动。 R. Idaeus L.的细胞毒性显着高于M.施脉冲L.M.·施·施棱柱L.提取物由于其较低的细胞毒性,提取物可能更适用。

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