• 제목/요약/키워드: Gamigehyuldeung-tang

검색결과 2건 처리시간 0.016초

가미계혈등탕(加味鷄血藤湯)이 고혈압(高血壓)에 미치는 영향(影響) (The Effect of Gamigehyuldeung-tang on Hypertension)

  • 오영선;김윤식;설인찬;유병찬
    • 대한한방내과학회지
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    • 제25권4호
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    • pp.52-64
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    • 2004
  • Objectives : This study was done to investigate the effect of Gamigehyuldeung-tang on hypertension. Methods : After administering Gamigehyuldeung-tang extract to SHR(Spontaneous Hypertensive Rats) for 5 weeks, changes in blood pressure, pulse rate, aldosterone and catecholamine levels in plasma were examined, and immunohistochemical changes and scanning electron microscopic changes were observed. Results : The following results were obtained; blood presure decreased significantly as well as levels of aldosterone, dopamine and epinephrine in SHR. But levels of norepinephrine were unaffected. No capillary vessel dilation was observed. A decrease in cell damage was seen in microscope investigation. Conclusions : These results support a role for Gamigehyuldeung-tang might be usefully applied in treatment of hypertension.

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가미계혈등탕이 Glutamate receptor와 Free radical 및 뇌손상 보호에 미치는 영향 (Study on the Effect of Gamigehyuldeung-tang on Gultamate Receptor, free Radical and Brain Damage in Rats)

  • 안종석;김동희;김윤식;이용구;박종오;남궁욱;설인찬
    • 동의생리병리학회지
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    • 제17권3호
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    • pp.728-737
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    • 2003
  • This study was investigated to prove the effect of GMGHT on the gultamate receptor, free radical and brain damage in rats sujected to Brain Ischemia The results were as follows; 1, GMGHT showed significant inhibitory effect of GMGHT on LDH release induced by NMDA, AMPA, and kinate. 2. GMGHT showed significant inhibitory effect of GMGHT on LDH release induced by BSO and Fe/sup 2+/. 3. GMGHT decreased coma duration time in a infatal dose of KCN and showed 30% of survival rate in a fatal dose. 4. GMGHT decreased ischemic area and edema incited by the MCA blood flow block. 5. GMGHT showed improvement of forelimb and hindlimb test after MCA occulusion in neurological exemination. 6. GMGHT showed no significant change after MCA occulusion in pathological observation as normal group. These results indicate that GMGHT can be used in the brain damage sujected to Brain Ischemia. Further study will be needed about the functional mechanism and etc.