苦杏仁苷对肾纤维化大鼠的保护作用及其机制*

李想,刘庆,高晨,周红兵,常虹,王佳,白万富,石松利

Protective Effect and Mechanism of Amygdalin on Renal Fibrosis in Rats

Xiang LI,Qing LIU,Chen GAO,Hongbing ZHOU,Hong CHANG,Jia WANG,Wanfu BAI,Songli SHI

图2 6组大鼠尿量和肾脏系数比较(n=10) A.假手术组;B.模型对照组;C.贝那普利组;D.苦杏仁苷小剂量组;E.苦杏仁苷中剂量组;F.苦杏仁苷大剂量组。①与假手术组比较,t=-8.724~ 6.579, P<0.01;②与模型对照组比较,t=-9.133~8.724,P<0.01。

Fig.2 Comparison of urine output and kidney coefficient among six groups of rats(n=10) A.sham group;B.model control group;C.benazepril group;D.amygdalin low dose group ;E.amygdalin medium dose group;F.amygdalin high dose group.①Compared with sham group,t=-8.724—6.579,P< 0.01;②Compared with model control group,t=-9.133—8.724,P< 0.01.