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Stress related activities of Sun-ginseng in SD Rats and ICR Mice
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  • Stress related activities of Sun-ginseng in SD Rats and ICR Mice
  • Stress related activities of Sun-ginseng in SD Rats and ICR Mice
저자명
Lee. Geum-Seon,Tan-Lee. Blendyl Saguan,Kim. Mi-Kang,Dong. Kyung-Uoo,Kim. Joo-Yun,Yu. Gu-Young,Han. Jeong-Sup,Ko. Hong-Sook,Park.
간행물명
The journal of applied pharmacology : the official journal of the Korean Society of Applied Pharmacology
권/호정보
2004년|12권 4호|pp.242-249 (8 pages)
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한국응용약물학회
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정기간행물|ENG|
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이 논문은 한국과학기술정보연구원과 논문 연계를 통해 무료로 제공되는 원문입니다.
서지반출

기타언어초록

The main aim of this study was to investigate stress related activities of Sun-ginseng extract as a candidate for anti-stress-related functional supplement by comparing its effect to those of red ginseng, which is also known to alleviate stress. Normal group was not exposed to stress while the control group was exposed to stress. Rats were orally administered once a day with 200 mg red ginseng (RG) extract, 100 or 200 mg Sun-ginseng (SG) extract/kg body weight. Mice were given water containing 400 mg red ginseng extract, 200 or 400 mg SG/100 mL potable water. Rats were given supplements for 5 days without stress, and 5 days with restraint and electroshock stress. After final stress, stress-related behavioral changes of experimental animals were recorded and levels of blood corticosterone were measured. Mice were given supplements for 5 days through drinking water, and then fatigue related motor activity were recorded. SG-supplementation partially blocked stress effect on locomotion and elevated plus maze test in rats, and also partially blocked stress-induced behavioral changes such as freezing, burrowing, smelling, facewashing, grooming and rearing behavior in rats. SG-supplementation decreased blood corticosterone level which is increased by stress in rats. Effects of SG may not be modulated by GABAnergic nervous system. SG-supplementation prolonged swimming time and staying time on the wire and rotarod wheel in mice. These results suggest that SG partially protects living organisms from stress attack in some cases and thus has the potential to be used as a functional food to alleviate stress response.