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本文采用方形毛细管小室的细胞电泳装置,测定了44例冠心病患者的红细胞电泳率,也看到患者红细胞电泳率(0.82±0.11微米/秒/伏特/厘米)比正常人红细胞电泳率(1.24±0.06)为慢。 本文还观察了中药方剂二参通脉针对实验动物的红细胞电泳率的影响。选用家犬作实验动物,二参通脉针系本所中药研究室制的(每毫升含生药1 mg),以每公斤体重0.31毫升剂量,股静脉给药,于给药前、后10分钟、30分钟分别取股动脉血2毫升(肝素抗凝),进行红细胞电泳率测定。发现注射二参通脉针前后,红细胞电泳率有显著不同。(结果:给药前0.96±0.72,后10分钟为1.11±0.22,30分钟为1.24±0.16)。看来二参通脉针对红细胞电泳率有明显的加快作用。
In this paper, we measured the erythrocyte electrophoresis rate in 44 patients with coronary heart disease using square capillary cell electrophoresis apparatus. We also found that the erythrocyte electrophoresis rate (0.82 ± 0.11 μm / s / volt / cm) was higher than that of normal human erythrocyte electrophoresis (1.24 ± 0.06) is slow. This article also observed the Chinese medicine prescription Er Shi Tongmai experimental animal erythrocyte electrophoresis rate. Selected domestic dogs as experimental animals, Er Shi Tong pulse of the Institute of Chinese medicine laboratory system (per mg with crude drug 1 mg), 0.31 ml per kg body weight dose, femoral vein administration, 10 minutes before and after administration , 30 minutes were taken femoral artery blood 2 ml (heparin anticoagulant), erythrocyte electrophoresis rate determination. Found before injection of two ginseng pulse, erythrocyte electrophoresis rates were significantly different. (Results: 0.96 ± 0.72 before dosing, 1.11 ± 0.22 for the last 10 minutes and 1.24 ± 0.16 for the 30 minutes). It appears that two Senate pulse rate of erythrocyte electrophoresis significantly accelerate the role.