黄瓜泡沫提取物的植物化学分析

Latha Kumaraswamy
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摘要

采用HR-LCMS对黄瓜(Cucumis sativus L.)白色泡沫物质进行了代谢谱分析。研究了突出化合物的质谱、峰表和结构。它属于葫芦科。研究了洋葱根尖南瓜的细胞毒活性,并进行了显微评价。主成分分析(PCA)表明,10μl样品中含有三萜:葫芦素- c (0.8ppm)、葫芦素- e (5.53ppm)和心苷:Gitoxigenin (7.76ppm)、Strophanthidin (13.79ppm)和洋地黄苷(2.13ppm)。另外100个化合物通过Q-TOF/MS的精确质量鉴定,并通过数据库化合物(IRM校准)进行验证。在泡沫提取物中的最高浓度是一个显著的发现。本文报道了切片前去除黄瓜中白色泡沫物质对黄瓜苦味的传统意义。对洋葱根尖细胞毒性的显微研究表明,洋葱根尖生长减少,染色体畸变,末、末期紊乱,细胞形态异常,染色体溶解,膜损伤,细胞核病变。南盟J.农业科学通报,20(2):145-155 (2022)
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Phytochemical analysis in foamy extract of cucumber (Cucumis sativus L.)
The metabolite profiling of white foamy substance local white cultivar of Cucumber (Cucumis sativus L.) was performed using HR-LCMS. Prominent compounds with MS spectra, peak list, and compound structure were studied. Which pertains to Cucurbitaceae. The cytotoxic activity was studied on onion root tip squash and microscopic evaluation was done. The principal component analysis (PCA) of the analytical data showed the presence of Triterpenes: Cucurbitacin-C (0.8ppm), Cucurbitacin-E (5.53ppm) and Cardiac glycosides: Gitoxigenin (7.76ppm), Strophanthidin (13.79ppm), and Digitoxigenin (2.13ppm) in 10μl of the loaded sample.100 other compounds were identified by accurate mass of Q-TOF/MS and verified by database compounds (IRM calibration). Strophanthidin in the highest concentration in the foamy extract is a significant finding. This study reports the traditional significance of removing white foamy substances for bitterness in cucumber before slicing. The cytotoxic study on onion root tips by photomicrograph study indicates reduction in root growth and chromosomal aberrations, disturbed telophase, anaphase, abnormal cell shape, dissolved chromosomes, membrane damage and nuclear lesions. SAARC J. Agric., 20(2): 145-155 (2022)
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