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고지방식이로 유도된 비만 생쥐모델에서 열다한소탕의 항비만효과

Anti-obesity Effect of Yeoldahanso-tang on Obesity Mice

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초록

Objectives This study was conducted to evaluate the effects of Yeoldahanso-tang on obesity in rats induced by high fat diet experimentally. Methods The experiment was conducted with rats divided into 5 groups. Rats were evaluated for change of weight, hematologic and serum biochemical parameters. Results Yeoldahanso-tang group showed significant reductions in FER, body weight, adipose tissue weight and size. The level of Creatinine, glucose, ALP, T-cholesterol, Triglyceride, LDL-cholesterol, Leptin and IGF-1 of Yeoldahanso-tang group was significantly lower than those in HFD-CTL group. The level of HDL-cholesterol, free fatty acid and Adiponectin in Yeoldahanso-tang group was significantly higher than those in HFD-CTL group. As compared with HFD-CTL group, AMPK-α1, UCP2 and adiponectin mRNA in liver of Yeoldahanso-tang group were significantly increased and AP2/FABP4, AMPK-α2 and PPAR-γ mRNA in liver of Yeoldahanso-tang group was significantly decreased. Conclusion These results suggest that Yeoldahanso-tang has inhibitory effects on obesity in high fat diet induced obese mice.

Abstract

Objectives This study was conducted to evaluate the effects of Yeoldahanso-tang on obesity in rats induced by high fat diet experimentally. Methods The experiment was conducted with rats divided into 5 groups. Rats were evaluated for change of weight, hematologic and serum biochemical parameters. Results Yeoldahanso-tang group showed significant reductions in FER, body weight, adipose tissue weight and size. The level of Creatinine, glucose, ALP, T-cholesterol, Triglyceride, LDL-cholesterol, Leptin and IGF-1 of Yeoldahanso-tang group was significantly lower than those in HFD-CTL group. The level of HDL-cholesterol, free fatty acid and Adiponectin in Yeoldahanso-tang group was significantly higher than those in HFD-CTL group. As compared with HFD-CTL group, AMPK-α1, UCP2 and adiponectin mRNA in liver of Yeoldahanso-tang group were significantly increased and AP2/FABP4, AMPK-α2 and PPAR-γ mRNA in liver of Yeoldahanso-tang group was significantly decreased. Conclusion These results suggest that Yeoldahanso-tang has inhibitory effects on obesity in high fat diet induced obese mice.

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