目的综述近年来改善微循环障碍药物及其作用机制。
The purpose Review in recent years to improve the microcirculation and its mechanism of action of drugs.
目的：探讨频谱水预防大鼠白细胞粘附和改善微循环障碍的机理。
Objective: To study the mechanism of frequency spectrum water prevented leukocyte adhesion and improved microcirculation in rat.
结论消渴清可使糖尿病大鼠血糖降低，纠正脂质代谢紊乱，改善微循环障碍。
CONCLUSION Xiaokeqing Soft Extract can reduce the blood sugar of diabetic rats, rectify the derangement in lipide metabolism and improve microcirculation.
目的观察蒺藜总皂苷改善小鼠微循环障碍的作用。
OBJECTIVE To observe the improvement of retards of mice microcirculation by Frucius tribuli totol soponin( FTTS).
所以远红外线对于血液循环和微循环障碍引起的多种疾病均具有改善和防治作用。
Therefore, the far infrared ray has the functions to improve, prevent and control various diseases caused by disturbance of blood circulation and microcirculation.
结论AHL能明显改善失血性休克大鼠的淋巴微循环障碍。
Conclusion AHL can obviously improve lymph microcirculation disturbance in rats with hemorrhagic shock.
实验表明阿胶对休克时血液粘滞性的增加有明显的抑制作用，使微循环障碍改善，动脉血压饺快恢复及稳定。
The results showed that Ejiao obviously suppresses the increase of blood viscosity during shocks. improves microcirculation, and recovers and stabilizes blood pressure rather quickly.
结论丹参素通过降低肠源性内毒素水平，改善肝脏微循环障碍，从而减轻急性重型肝损伤。
Conclusion Danshensu protects the liver from injury by the decrease of endotoxin amount and the improvement of hepatic microcirculation.
并能改善血瘀动物的脑膜微循环障碍。
TFK could improve blood viscosity and the meningeal microcirculation.
结论丹参注射液对肾上腺素所致大鼠肠系膜微循环障碍有改善作用。
Conclusion Danshen injection was effective in improving microcirculation disturbance of rat mesentery induced by adrenaline.
实践也证明，刺络拨罐改善了微循环障碍。
The clinical practice showed that the blood - letting puncturing and...
上述结果表明：烫伤复合内毒素血症大鼠肾皮质微循环严重障碍，可能与血清pla_2的水平有一定的关系，丹参素能改善上述肾皮质微循环障碍。
The results suggested that renal cortex microcirculation disturbance was more severe and was perhaps related to the level of PLA_2 in serum. DS-182 could improve the renal cortex microcirculation.
上述结果表明：烫伤复合内毒素血症大鼠肾皮质微循环严重障碍，可能与血清pla_2的水平有一定的关系，丹参素能改善上述肾皮质微循环障碍。
The results suggested that renal cortex microcirculation disturbance was more severe and was perhaps related to the level of PLA_2 in serum. DS-182 could improve the renal cortex microcirculation.
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