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KMID : 0613820180280070786
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Journal of Life Science
2018 Volume.28 No. 7 p.786 ~ p.794
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Anti-obesity Effect of Ethanol Extracts from Silkworm (Bombyx mori) Pupae Powder Fermented with Cordyceps militaris in the Primary Adipocytes and High Fat Diet-induced Obesity Model Mice
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Kim Ji-Eun
Lee Mi-Rim
Choi Jun-Young
Park Jin-Ju
Kim Hye-Ryeong
Song Bo-Ram
Choi Young-Whan
Kim Kyung-Mi
Hwang Dae-Youn
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Abstract
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Silkworm (Bombyx mori) pupae have been widely worked in wound dressing, hepatoprotective activity, antigenotoxicity, control of glucose level and anti-cancer activity. To investigate the anti-obesity activity of ethanol extract of silkworm pupae powder fermented with Cordyceps militaris (ESfC), the free glycerol release and cAMP concentration as well as fat accumulation were measured in the primary adipocytes of SD (Sprague Dawley) rats and high fat diet (HFD)-treated C57BL/6 mice treated with 12 weeks. Firstly, the presence of the cordycepin with lipid lowering effect was confirmed in ESfC using HPLC analysis. The level of free glycerol and cAMP concentration was significantly increased in the primary adipocytes treated with high dose of ESfC (400 μg/ml) although these levels were consistently maintained in other dose ESfC treated groups. In HFD-induced obesity model, the increased fat weight and size of adipocytes in HFD+Vehicle treated group was recovered in HFD+ESfC treated group. Also, the liver weight and the number of lipid droplets were higher in HFD+Vehicle treated group than No treated group. But, this level was significantly decreased in HFD+ESfC treated group compared with HFD+Vehicle treated group. Furthermore, a similar recovery was detected on the phosphorylation of periliphin and HSL, and ATGL expression. Overall, the results of the present study provide some scientific evidences that ESfC can stimulate lipolysis in primary adipocytes and prevent fat accumulation in HFD-treated obesity model, and therefore have the potential for use as anti-obesity agents to treat obese patient.
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KEYWORD
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Adipocytes, Cordyceps militaris, fat accumulation, obesity, silkworm pupae
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