首页> 外文期刊>Journal of Microbiology, Biotechnology and Food Sciences >STUDY OF CYNARA CARDUNCULUS (ARTICHOKE) STEM AND LEAVE AQUEOUS EXTRACT EFFECTS ON BIOCHEMICAL PARAMETERS IN RATS FED WITH HIGH-FAT-DIET AND VITAMIN C-SUPPLEMENT
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STUDY OF CYNARA CARDUNCULUS (ARTICHOKE) STEM AND LEAVE AQUEOUS EXTRACT EFFECTS ON BIOCHEMICAL PARAMETERS IN RATS FED WITH HIGH-FAT-DIET AND VITAMIN C-SUPPLEMENT

机译:饲喂高脂饮食和维他命C补充的老鼠的臀大叶冠毛和叶片水提物对生化参数的影响

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Cynara cardunculus (CC), belonging to the family of artichokes, is rich in polyphenols and flavonoids. This medicinal plant has shown its preventive effects against metabolic disorders. This study aimed to assess the effects of CC stems (CCS) and CC leaves (CCL) decoctions on metabolic parameters in rats fed with High-Fat-Diet and Vitamin C-supplement. This study underwent on 30 male adult rats divided into 5 groups; Controls, HFD, HFD-VC, HFD-CCS and HFD-CCL. Body weight and biochemical parameters such as blood glucose, cholesterol, triglycerides and hepatic transaminases (GOT & GPT) were measured by spectrophotometric analysis methods during an experimental period (30 days). Decreased body weights were observed in HFD-CCS (176.93 g) and HFD-CCL (173.2 g) compared to HFD-VC (216.63 g). Significant changes were observed regarding blood glucose, total cholesterol, cholesterol-HDL and triglycerides in HFD-CCS (0.84±0.03, 1.01±0.07, 1.21±0.05 and 0.64±0.03 g / L respectively) and HFD-CCL (0.85±0.02, 0.89±0.03, 1.42±0.05 and 0.52±0.02 g / L) compared to HFD-VC (1.32±0.02, 1.3±0.05, 0.76±0.02 and 0.86±0.08 g / L). Liver function was characterized by decreased transaminase activities of GOT and GPT in HFD-CCS (22.6 and 19.6 IU / L) and HFD-CCL (12.6 and 10.3 IU / L) compared to HFD-VC (112 and 73.6 IU / L). Cynara cardunculus showed beneficial effects against biochemical disorders induced by high-fat-diet better than vitamin C supplement. Stem and leave decoctions showed complementary activities respectively hypoglycemic and hypocholesterolemic.
机译:属于朝鲜蓟家族的Cynara cardunculus(CC)富含多酚和类黄酮。这种药用植物已显示出对代谢异常的预防作用。本研究旨在评估CC茎(CCS)和CC叶片(CCL)汤对高脂饮食和维生素C补充的大鼠代谢参数的影响。本研究对30只成年雄性大鼠进行了分为5组的研究。控件,HFD,HFD-VC,HFD-CCS和HFD-CCL。在实验期间(30天),通过分光光度分析方法测量了体重和生化参数,例如血糖,胆固醇,甘油三酸酯和肝转氨酶(GOT&GPT)。与HFD-VC(216.63 g)相比,HFD-CCS(176.93 g)和HFD-CCL(173.2 g)的体重有所减少。观察到HFD-CCS(分别为0.84±0.03、1.01±0.07、1.21±0.05和0.64±0.03 g / L)和HFD-CCL(0.85±0.02、0.85±0.02)的血糖,总胆固醇,胆固醇-HDL和甘油三酸酯的显着变化0.89±0.03、1.42±0.05和0.52±0.02 g / L),而HFD-VC(1.32±0.02、1.3±0.05、0.76±0.02和0.86±0.08 g / L)。与HFD-VC(112和73.6 IU / L)相比,HFD-CCS(22.6和19.6 IU / L)和HFD-CCL(12.6和10.3 IU / L)中GOT和GPT的转氨酶活性降低是肝功能的特征。 Cynara cardunculus对高脂饮食诱发的生化异常表现出优于维生素C补充剂的有益作用。茎和叶汤分别具有降血糖和降胆固醇作用。

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