埃及潜在药用野生植物的研究。第九通讯:一些选定植物在正常禁食和四氧化大鼠中的降糖活性。

M M Shabana, Y W Mirhom, A A Genenah, E A Aboutabl, H A Amer
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引用次数: 0

摘要

从埃及不同地区采集了17科31种沙漠植物。正常大鼠口服21种植物提取物,空腹大鼠和四氧化大鼠口服15种植物提取物。结果与标准口服降糖药(Daonil, Hoechst)作为阳性对照进行比较。结果表明:8种植物具有持续降糖作用,分别是枸杞、埃及鼠尾草、毛毛细枝、旋花、水杨梭梭、麻黄、沙漠玄参和埃及绿爪草。4种植物,肉苁蓉、枸杞、金针菇和金针菇,在给药后1小时内出现了短暂的降糖作用。在给药后3小时出现缓慢的降糖活动。有降糖作用的植物有五种:百里香、月桂、芡实、白刺和石竹。在对四氧化糖尿病大鼠进行的15种植物提取物试验中,只有4种植物提取物的降糖作用比给药剂量的Daonil更有效。分别是马提拉(Matthiola livida)、埃及黄芪(S. aegyptiaca)、黄芪(Astragalus)和青骨关节炎(Arthrocnemum glaucum)。埃及伊蚊对空腹大鼠的降糖作用也在四氧化糖尿病动物中得到证实。这就强调了为了得到可靠的结论而进行两个实验的重要性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study into wild Egyptian plants of potential medicinal activity. Ninth communication: hypoglycaemic activity of some selected plants in normal fasting and alloxanised rats.

31 desert plants belonging to 17 families were collected from different Egyptian localities. 21 plants extracts were orally given to normal rats, and 15 were tested on fasted and to alloxanised rats. The results were compared with a standard oral hypoglycaemic drug (Daonil, Hoechst) used as a positive control. The following findings were obtained: 8 plants exhibited persistent hypoglycaemic effects, Lycium shawii, Salvia (S.) aegyptiaca, Pergularia tomentosa, Convolvulus (C.) althaeoides, Haloxylon salicornicum, Ephedra alata, Scrophularia deserti, and Crotalaria aegyptiaca. Transient hypoglycaemic effects appeared only 1 hour after administration in response to 4 plants, Silena succulenta, Lygos raetam, C. lanatus, and Pulicaria incisa. In the cases of Ochradenus baccatus and Zygophyllum album, slow hypoglycaemic activity was produced and appeared 3 hours after administration. 5 plants showed hypoglycaemic effects viz, Thymus capitatus, Launaea nudicaulis, Conyza dioscorides, Nitraria retusa, and Limonium tubiflorum. Among the 15 plant extracts tested on alloxanised diabetic rats only 4 showed hypoglycaemic effects more potent than those of the administered dose of Daonil. These were Matthiola livida, S. aegyptiaca, Astragalus species, and Arthrocnemum glaucum. The hypoglycaemic effect of S. aegyptiaca in fasting rats has been confirmed also in alloxanised diabetic animals. This emphasises the importance of conducting both experiments in order to obtain a reliable conclusion.

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