升陽益氣湯 전탕액이 노화쥐의 비장, 췌장, 위장 세포의 항산화능에 미치는 영향
Anti-Oxidative Effect of Seungyangikki-tang Decoction in Spleen, Pancreas and Stomach Cells of SD Rats
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1. Objectives The purpose of this study is to investigate the anti-aging and anti-oxidative effects of Seungyangikki-tang decoction(SY) in spleen, pancreas and stomach cells of Sprague-Dawley(SD) rats. 2. Methods This experiment was used by the tissue of spleen, pancreas and stomach cells of 6, 52 and 68 weeks old SD rats. We devided each group by three. One group as normal group was non-treated cells, another group as control group was saline-treated cells, and the other group as experimental group was SY treated cells. After culture for 48 hours, each groups measured the level of SOD, GSH, MDA and NO in the tissue of kidney, bladder and spleen cells. 3. Results and Conclusions SOD activity was significantly increased in spleen cell of 6, 68w-SY group, pancreas cell of 52,68w-SY group and in stomach cell of 52w-SY group compared with those of the control groups. GSH concentration was significantly increased in spleen cell of 6,68w-SY group and in pancreas cell of 6w-SY group compared with those of the control groups. MDA concentration was significantly decreased in spleen cell of 68w-SY group and in stomach cell of 68w-SY group compared with those of the control groups. NO concentration was significantly decreased in spleen cell of 68w-SY group, stomach cell of 68w-SY group compared with those of the control groups.
Abstract
1. Objectives The purpose of this study is to investigate the anti-aging and anti-oxidative effects of Seungyangikki-tang decoction(SY) in spleen, pancreas and stomach cells of Sprague-Dawley(SD) rats. 2. Methods This experiment was used by the tissue of spleen, pancreas and stomach cells of 6, 52 and 68 weeks old SD rats. We devided each group by three. One group as normal group was non-treated cells, another group as control group was saline-treated cells, and the other group as experimental group was SY treated cells. After culture for 48 hours, each groups measured the level of SOD, GSH, MDA and NO in the tissue of kidney, bladder and spleen cells. 3. Results and Conclusions SOD activity was significantly increased in spleen cell of 6, 68w-SY group, pancreas cell of 52,68w-SY group and in stomach cell of 52w-SY group compared with those of the control groups. GSH concentration was significantly increased in spleen cell of 6,68w-SY group and in pancreas cell of 6w-SY group compared with those of the control groups. MDA concentration was significantly decreased in spleen cell of 68w-SY group and in stomach cell of 68w-SY group compared with those of the control groups. NO concentration was significantly decreased in spleen cell of 68w-SY group, stomach cell of 68w-SY group compared with those of the control groups.
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