榛叶粗提物对维管组织通透性影响的研究

L. Maloshtan, G. S. Kalenichenko, O. V. Dorovskyy
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引用次数: 2

摘要

本文研究了榛叶粗提物对大鼠皮肤血管组织通透性的影响。通过测定大鼠皮肤上的斑疹着色时间(以秒为单位),研究了榛叶粗提物对大鼠血管组织通透性的影响。我们使用福尔马林、组胺、蛋白质,它们对毛细血管通透性有不同的作用机制。在以条件治疗剂量60 mg/kg给药的实验组中,我们观察到氟化金物质引起的血管通透性降低。经确定,在使用组胺的实验中,血管强化效果最明显,与对照组相比,丘疹的着色速度慢了1.9倍。与埃斯库维特语相比,数据速率已接近1。考虑到所应用的氟藻基因的作用机制,我们可以建议从榛叶提取物检测到毛细血管通透性和微循环的表达有效性。提取物在福尔马林和蛋白质炎症背景下表现出中等效果,但该指标超过了eskuvit组在福尔马林炎症背景下的170秒。实验结果表明,该提取物具有一定的毛细阻力活性,为进一步研究其在实验病理学上的有效性提供了依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The study of the action of the thick extract from the leaves of Corylus avellana on the vascular tissue permeability
Research of the action of the thick extract from the leaves of Corylus avellana on the vascular-tissue permeability of the rats skin has been conducted. Effect of the thick extract from the leaves of Corylus avellana on vascular tissue permeability in rats has been assessed by the time of papules coloring (animal skin at the injection side of flohohen substances) in seconds. We used formalin, histamine, protein, which have different mechanisms of action on capillary permeability. In the group, which has been administrated with the studied extract at its conditional therapeutic dose of 60 mg/kg we have observed the decrease of vascular permeability induced by flohogene substances. It was determined that the most pronounced vessel strengthening effect during the experiment with histamine, where papules coloring has been 1.9 times slower compared with the control group. In comparison with eskuvit the data rates has been approaching to 1. Taking into consideration the mechanism of the action of the applied flohogenes we can suggest that an extract from the leaves of Corylus avellana detects an expressed validity of capillaries permeability and mikrocirculations. Extract showed a moderate effect against the background of formalin and protein inflammation, but this index has exceeded the index of the eskuvit group by 170 seconds against the background of formalin inflammation. The obtained results indicate the presence of capillary resistance activity that is cause for further research of the efficiency of the extract in experimental pathology.
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