曲池에 施術한 저주파 電鍼刺戟의 抗酸化 效果에 對한 實驗的 硏究

Objectives : The purpose of this study is to investigate the anti-oxidative effect of electroacupuncture at Kokchi(LI11) in rats. Methods : A study administer AAPH to the abdominal cavity of rats and stimulate Kokchi(LI11) of the rat that lead to oxidative stress by electropuncture. And the study su...

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Bibliographic Details
Published inJournal of acupuncture research pp. 81 - 97
Main Authors 박춘을, 김영일, 임윤경
Format Journal Article
LanguageKorean
Published 대한침구의학회 01.06.2007
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Summary:Objectives : The purpose of this study is to investigate the anti-oxidative effect of electroacupuncture at Kokchi(LI11) in rats. Methods : A study administer AAPH to the abdominal cavity of rats and stimulate Kokchi(LI11) of the rat that lead to oxidative stress by electropuncture. And the study survey serum albumin, total bilirubin, LDL-cholesterol, LDH, Glucose, GOT, GPT and measure SOD activity, GSH concentration, catalase activity, NO concentration, MDA concentration. Results : 1. At the analysis of blood chemistry Albumin and Glucose significantly increase at LI11-NR group, LI11-EA group than at control group and holder group. LDL cholesterol, GOT, GPT decrease meaningfully. 2. As results of measurement at liver, SOD, Catalase represnet significantly increase at LI11-NR group and LI11-EA group than at control group and holder group. 3. Glutathione has some increases at the LI11-NR group and LI11-EA group than at the control group and the holder group.4. As a result of measurement of NO and MDA's content, the content of NO decrease at the LI11-NR group than at the control group. That reduces more meaningfully at the LI11-EA group than at the control group. MDA has a significant decrease at the LI11-NR group and the LI11-EA group. 5. At the histological analysis, the study confirm that the density of intracellular cytoplasm in the liver tissue decreases at the control group as compared with the Normal group and the size of cell increases. Conclusions : These results suppose that electroacupuncture at LI11 has an anti-oxidant effect in human. KCI Citation Count: 4
Bibliography:G704-000258.2007.24.3.006
ISSN:2586-288X
2586-2898